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Not necessarily, but price alone tells you little about quality, and very low prices can reflect cheaper steel, less finishing, or less inspection. Quality depends on the material, heat treatment, machining and finishing, assembly, inspection and the manufacturer’s quality management system. Many companies make instruments at different price points intended for different uses, such as single-use, veterinary, training or general use. To compare, request specifications, material certificates, inspection procedures and samples, and check whether the instrument is labeled for the intended use in your market. The directory does not rate products; listings reflect what companies state about themselves.
No. The site provides educational descriptions of instrument types and patterns and a directory of companies, but it does not give clinical or procedural advice. The choice of instrument depends on the patient, the procedure, the surgeon’s training and preferences, and the facility’s protocols, which are matters for qualified clinicians. Our instrument guides explain what a pattern is generally associated with and how it differs from similar designs. For purchasing, confirm the exact specification with the clinical team that will use the instrument and verify product details with the manufacturer. Directory listings are not recommendations; see the listing policy.
Instruments can be classified in two complementary ways: by function (what the instrument does) and by specialty (where it is typically used). A function classification groups, for example, all cutting, grasping or retracting instruments together, regardless of the surgical field. A specialty classification groups instruments by the field whose procedures they are designed for, such as neurosurgery, ophthalmology, ENT or dental. Many instruments belong to several specialties: a fine needle holder may appear under ophthalmic, plastic and microsurgical sets. Catalogues also use a third axis, the instrument type or category (scissors, forceps, rongeurs), which is how most buyers search. On this site you can filter by specialty as well as by category and function.
Start from the application, then narrow down by specification, and always confirm the final choice with the clinical team and the manufacturer. Useful steps include:
The instrument guides describe common patterns, but they are educational and do not replace clinical judgment.
A full instrument description typically combines several elements, and each one matters when ordering. A typical line might read: pattern name (eponym), instrument type, overall length, curvature, tip or jaw detail and any special feature. For example, “Metzenbaum scissors, 18 cm, curved, blunt/blunt, tungsten carbide” tells you the pattern, length, blade shape, tip configuration and insert type. Other descriptors include tooth patterns (such as 1×2 teeth), serration type, ratchet or lock, and finish. Catalogue numbers are maker-specific, so the same number at two companies usually refers to different items. Treat catalogue text as the company’s own description and confirm exact specifications with the manufacturer before purchase.
The most reliable way is to record the markings and measurements of the existing instrument and send them, with photographs, to potential suppliers. Useful details include the manufacturer’s name or mark, catalogue number, pattern name, overall length, jaw or blade length, tip width, curvature, teeth or serrations, ratchet type, insert type and finish. Photograph the tips and jaws close up, alongside a ruler. Ask the supplier to confirm equivalence in writing and, for critical items, request a sample before ordering in volume. Remember that an instrument with the same name from a different maker may not be identical, so the clinical team should approve any substitute.
Instrument length is normally stated as the overall length from the tip to the end of the handle or rings, usually in centimeters, sometimes with the inch equivalent. Some catalogues quote lengths in inches first, and conversions are often rounded (for example 14 cm is commonly listed as about 5.5 inches), so small differences between suppliers can be rounding rather than a different design. Working length, jaw length, blade length, shaft length or tip width may be stated separately for certain instruments, such as laparoscopic instruments, rongeurs or retractor blades. When matching an existing instrument, measure it and compare with the manufacturer’s drawing rather than relying on a nominal length.
Serrations are grooves cut into the inner faces of instrument jaws to improve grip. Their pattern affects how firmly and how gently tissue or material is held. Common types include transverse (horizontal) serrations on many hemostats, longitudinal serrations on some clamps, cross-hatched patterns on needle holder jaws and fine atraumatic patterns, such as those associated with DeBakey-style vascular instruments. Serrations may run the full length of the jaw or only part of it, which is one way similar hemostat patterns are distinguished. Teeth (such as 1×2 teeth) are a different feature from serrations. When comparing instruments, check the jaw drawing or close-up images and confirm with the manufacturer.
Reposable (or hybrid) instruments combine reusable and single-use parts. A common example is a laparoscopic instrument with a reusable handle and shaft and a disposable tip or insert, or a scalpel with a reusable handle and single-use blades. The aim is to keep durable components in service while replacing the parts that wear quickly or are hard to clean. Each component has its own processing requirements, and compatibility between handles and inserts is usually manufacturer-specific, so parts from different makers may not fit or may not be validated together. Check the manufacturer’s instructions and labeling for each component.
Surgical instruments are tools designed to perform specific actions during surgical and procedural work, such as cutting, grasping, holding, clamping, retracting, suturing, probing or suctioning. Most hand-held instruments are made from stainless steel and are designed to be reused after validated cleaning and sterilization, although many single-use versions also exist. Instruments are usually grouped by the action they perform (for example scissors, forceps, retractors) and by the specialty they serve (for example ophthalmic, orthopedic or dental). This page is educational only: which instrument is appropriate for a given procedure is a clinical decision, and specifications should always be confirmed with the clinical team and the manufacturer. You can browse instrument families and guides in the surgical instruments section.
Most hand-held surgical instruments fall into a small number of functional families. Common groupings include:
Names and boundaries vary between catalogues, so one instrument can appear in more than one family. The directory also lets you browse by function.
These terms describe the shape of the working end. Straight instruments have tips in line with the shaft or shanks. Curved instruments have tips that bend gradually to one side, which can improve visibility or access around structures. Angled instruments bend more sharply at a defined angle, often stated in degrees, as with many rongeurs, probes and laparoscopic tips. Some instruments are also described as bayonet-shaped (offset so the hand stays out of the line of sight) or with up-biting and down-biting jaws. The suitable shape depends on the procedure and on surgeon preference, which is a clinical decision, so confirm requirements with the clinical team before ordering.
These terms describe the two tips of a pair of scissors. Sharp/sharp means both tips are pointed; blunt/blunt means both tips are rounded; and sharp/blunt means one tip is pointed and the other rounded. Pointed tips are generally associated with fine, precise cutting, while blunt tips reduce the risk of piercing tissue unintentionally and are often used for dissection. Some catalogues abbreviate these as S/S, B/B and S/B. Tip configuration is one of several specifications, together with length, curvature and blade type, that define the exact item. Selection for a given use is a clinical decision, so confirm with the clinical team and the manufacturer.
“1×2 teeth” (also written 1:2 or 1 x 2) describes the tip of a tissue forceps or clamp: one jaw has a single tooth that fits between two teeth on the opposite jaw. The interlocking teeth give a secure hold on tissue, which is why toothed forceps are often associated with tougher tissues such as skin or fascia, while non-toothed (smooth or serrated) forceps are generally associated with more delicate handling. Variants include 2×3 teeth and multiple fine teeth, as on Adson-Brown forceps. Tooth size and alignment are also inspection points, since bent or misaligned teeth affect function. See the thumb forceps guide for examples of common patterns.
Descriptions such as “delicate”, “fine” or “micro” usually indicate a lighter, narrower version of a pattern, with slimmer jaws or blades and finer tips. They are intended for smaller structures and lighter tissue handling than the standard version. These words are not standardized, so one company’s “delicate” version can be another’s standard size. Compare actual dimensions such as tip width, jaw length and overall length. Very fine instruments are also more vulnerable to tip damage during handling and processing, so protective tip guards and careful tray arrangement are often recommended by manufacturers.
A box lock is a joint in which one shank passes through a slot in the other, and the two are secured by a pin; it is used on many hemostats, clamps and needle holders. A screw joint holds the two halves together with a screw, which is common on scissors and on some instruments where tension can be adjusted. Box locks are generally regarded as robust and help keep the jaws aligned, but their crevices need thorough cleaning, and they are a typical location for cracks and residue. Joints are a standard focus of inspection and lubrication, following the manufacturer’s instructions for use.
A ratchet is a locking mechanism near the finger rings of many hemostats, clamps and needle holders. It consists of interlocking teeth on each shank that engage when the handles are closed, holding the jaws at a chosen pressure without continuous hand force. Most ratchets have several positions, each one closing the jaws more tightly. Instruments without a ratchet, such as thumb forceps and many scissors, rely on hand pressure. Ratchets wear over time, and a ratchet that slips or springs open is a common reason for repair or replacement, so ratchet function is part of routine inspection. Instructions for checking it should come from the manufacturer’s IFU.
An instrument set (or tray) is a defined collection of instruments packaged and sterilized together for a type of procedure, such as a basic laparotomy set or a dental extraction set. Contents are usually listed on a count sheet so staff can confirm that every item is present before and after use. Set composition is decided by the facility and its clinical teams; there is no single universal list. When buying sets, check the exact contents and specifications, the container or tray type, how instruments are held in place, and whether the processing instructions cover the assembled set. Suppliers can often build custom sets to a facility’s list.
The pattern describes the design of an instrument, while the size describes its dimensions within that design. A pattern, often named after a surgeon, defines features such as jaw shape, serrations, tip profile and handle style. The same pattern is often offered in several lengths, curvatures and tip widths, and each variant usually has its own catalogue number. For example, one scissors pattern may come in several lengths and in straight or curved versions. Two instruments of the same length but different patterns can behave very differently, and the same pattern from different makers can vary slightly. Always specify both pattern and dimensions when requesting quotations.
Reusable instruments are designed to be cleaned, disinfected, inspected and sterilized repeatedly according to the manufacturer’s processing instructions, while single-use instruments are intended for one patient and one procedure only. Reusable instruments are typically made from surgical stainless steel and validated for repeated processing; single-use versions may use lower-cost steel or polymers and are usually supplied sterile. Whether reprocessing of single-use devices is permitted at all is controlled by national regulation, not by the user’s preference. The choice involves cost per use, reprocessing capacity, infection-prevention policy and regulatory requirements. Follow the manufacturer’s labeling and the guidance of your national authority.
Ring-handled instruments have finger and thumb rings, and the instrument pivots at a box lock or screw joint, as with most scissors, hemostats and many needle holders. They are usually held with the thumb and ring finger. Spring-handled instruments have two arms joined at one end that spring apart; they are held like a pencil and closed by finger pressure. Spring handles are common in fine ophthalmic and microsurgical instruments, such as Castroviejo-type needle holders and Vannas-type scissors, where small, rotational movements are needed. Thumb forceps are a related non-locking spring design. Handle choice depends on the procedure and on surgeon preference, so confirm with the clinical team.
Microsurgical instruments are designed for work under an operating microscope or high magnification on very small structures, such as vessels, nerves or eye tissue. Typical features include very fine tips, spring handles held like a pencil, round or flattened handles that can be rolled between the fingers, light weight and, on some designs, a counterbalanced feel. Some have anti-glare finishes to reduce reflections under microscope lighting. Common examples include micro needle holders, micro scissors and microvascular clamps; see the Jacobson micro needle holder and Acland microvascular clamp guides. Fine tips are easily damaged, so tip protectors and careful handling are commonly recommended.
Reusable instruments commonly carry laser-etched or stamped markings, typically on the shank or near the joint. These may include the manufacturer’s name or logo, a catalogue or reference number, the steel or material designation, a country-of-origin mark, and sometimes a lot number or a machine-readable code. Where unique device identification (UDI) rules apply, some reusable devices may need a direct UDI marking on the device itself; the requirements depend on the market. Facilities may also add their own tracking marks or etched codes, which should be applied using methods that do not damage the instrument. Ask the manufacturer what markings are applied and whether marking methods affect warranty.
Many instruments carry eponyms, the name of the surgeon or designer associated with the original pattern, such as Metzenbaum, Kelly, DeBakey or Castroviejo. Over time the eponym came to describe a recognizable design (blade shape, jaw pattern, tip profile, proportions) rather than a single manufacturer’s product. Hyphenated names, such as Mayo-Hegar or Adson-Brown, usually indicate a modification or combination of earlier patterns. Because there is no single global register of eponymous patterns, two makers may produce slightly different versions under the same name, and some instruments are known by several names in different regions. When comparing quotations, check the drawing, dimensions and jaw or tip details rather than relying on the name alone.
Gold-colored finger rings or handles are widely used as a visual convention to indicate that an instrument has tungsten carbide inserts, typically in the jaws of needle holders or on the cutting edges of scissors. The color makes these instruments easy to identify during set assembly and processing. However, it is a convention, not a guarantee: some makers mark carbide instruments differently, and a gold color by itself does not prove that inserts are present. Always confirm the insert type in the product specification. Black handles are often used by some makers to signal “super-cut” or specially sharpened scissors, though this is also not universal.
Not automatically. Bipolar forceps connect to a generator via a cable, and connector designs differ between manufacturers and regions, so a forceps, cable and generator must be compatible with each other. Some forceps have a fixed cable and others a socket that accepts a separate cable. Before purchasing, confirm with the manufacturer the connector type, the compatible cables and generators, the maximum rated voltage and the processing instructions for both the forceps and the cable. Electrosurgical devices may also be subject to additional electrical-safety requirements in the destination market. Check those with the relevant authority or the medical certifications page.
Many veterinary instruments use the same patterns as human surgical instruments, such as Mayo-Hegar or Olsen-Hegar needle holders, Metzenbaum scissors and common hemostats, and are often made by the same manufacturers. Veterinary practice also uses species-specific instruments, for example for large-animal or dental work. Regulatory requirements for veterinary devices differ from those for human medical devices in many markets, so labeling and claims may differ. Confirm intended use and labeling with the manufacturer. See the veterinary surgery page.
Hemostats and needle holders look similar but are designed differently, and manufacturers generally advise using each only for its intended purpose. Needle holders have shorter, stronger jaws, often with a cross-hatched pattern or tungsten carbide inserts, designed to grip a curved needle securely. Hemostats have longer, lighter jaws with transverse serrations designed to clamp tissue or vessels. Gripping hard needles with hemostat jaws can damage the serrations and misalign the jaws, and a hemostat may not hold a needle securely. Check the manufacturer’s instructions for use, and see the needle holder guide.
Blakesley ethmoid forceps are usually specified by tip angle, cup size and working length. Tips are straight or angled upward at various angles, and cups are offered in different sizes, often designated by a number. Some versions are through-cutting, meaning the jaws cut tissue cleanly rather than tearing it, which is an important distinction when comparing catalogues. Narrow shafts and jaws require thorough cleaning and inspection. See the Blakesley ethmoid forceps guide and the ENT specialty page.
Dental extraction forceps are shaped differently for the upper (maxillary) and lower (mandibular) jaws. Forceps for upper teeth generally have beaks roughly in line with the handles or gently angled, while forceps for lower teeth generally have beaks set at about a right angle to the handles. Beak shape is matched to tooth type and root form, and many patterns are identified by numbers, which vary between English and American systems. See the dental specialty page for listed instruments. Selection is a clinical decision for dental professionals.
Kerrison rongeurs are usually specified by bite size, angle, cutting direction, shaft length and footplate profile. Bite sizes are typically given in millimeters, and catalogues often offer a range of small bite widths. Common angles include about 40 and 90 degrees, with up-cutting and down-cutting versions. Some designs offer thin footplates, ejector mechanisms or detachable shafts that can be taken apart for cleaning. Product details vary, so request the manufacturer’s drawing and the processing instructions, especially for detachable designs. See the Kerrison rongeur guide.
Lacrimal probes are usually supplied in graded sets with very small diameters, and many catalogues use a numbering system rather than millimeters, often with double-ended probes of two consecutive sizes. Lacrimal dilators are short, tapered instruments used before probing. Because sizing conventions differ between makers, check the actual diameter for each number. Very fine probes bend easily, so straightness is an inspection point. See the Bowman lacrimal probe and Castroviejo lacrimal dilator guides.
Laparoscopic instruments are specified mainly by shaft diameter, working length, jaw or tip type, handle type and whether they can carry electrosurgical current. Common shaft diameters include 3, 5 and 10 mm, and lengths vary for standard, pediatric and longer-reach applications. Other details include rotation, single-action or double-action jaws, ratcheted or free handles, insulation and whether the instrument can be taken apart for cleaning. Instruments must also be compatible with the trocars in use. See the laparoscopic surgery page for listed instruments.
Surgical mallets are specified mainly by head weight, head material and face design, together with overall length and handle style. Heads may be solid stainless steel or have replaceable faces of other materials, and some designs include a non-metal face to reduce rebound or noise. Mallets are used with osteotomes and chisels in orthopedic, maxillofacial and ENT work. Head weight is commonly stated in grams. See the Heath and Doyen mallet guides, and check whether replaceable faces are available as spare parts.
Uterine dilators are made in graduated sets of increasing diameter, so that each instrument is slightly larger than the previous one. Hegar dilators are typically identified by their diameter in millimeters, and may be single-ended or double-ended. Other patterns use different profiles or sizing systems, so check how a catalogue labels sizes before comparing. Sets are often supplied in a rack or case to keep the sizes in order during processing. See the Hegar uterine dilator guide and the gynecology specialty page.
Adson-Brown forceps share the Adson shape but have multiple rows of fine teeth at the tips, rather than a single 1×2 tooth arrangement or plain serrations. The many small teeth spread the grip across the tissue, which is why the pattern is generally associated with handling skin edges and soft tissue, especially in plastic surgery. Tooth counts (for example 7×7 or 9×9) vary by manufacturer. Because the fine teeth are easily bent, they are a specific inspection point. See the Adson-Brown guide and the Adson tissue forceps guide.
These are all hand-held retractors, but they differ in blade shape. Deaver retractors have a smooth, curved blade that is often described as question-mark shaped, generally associated with deep abdominal retraction. Richardson-type retractors have a right-angled blade, typically double-ended or with a hollow handle, associated with retracting the abdominal wall. Ribbon (malleable) retractors are flat strips that can be bent to the shape needed. Each comes in several widths and lengths. See the Deaver and ribbon retractor guides.
As a general principle, finer needles call for needle holders with narrower, finer jaws, and heavier needles call for sturdier jaws. A holder that is too heavy may damage fine needles or handle poorly, while a fine holder used on large needles can lose grip and suffer jaw damage. Manufacturers sometimes state a suture or needle size range for a holder, particularly for tungsten carbide jaws with fine or coarse cross-hatching. Ask the supplier for that range and confirm the choice with the clinical team. Browse the needle holders category for patterns of different weights.
Iris scissors are short, fine scissors with sharp, narrow tips, while Metzenbaum scissors are longer dissecting scissors with comparatively blunter tips. Iris scissors were originally associated with ophthalmic surgery but are now found in many specialties for fine, superficial work, including plastic surgery and minor procedures. Metzenbaum scissors are generally associated with dissection in deeper fields where length is needed. Both come straight or curved. Because the iris pattern has very fine points, tip damage is a common reason for repair. See the iris scissors guide for typical variants.
Both are nasal specula used to open the nostril for examination or surgery, but the Killian pattern has long, narrow blades, while the Vienna pattern has shorter blades. The longer blades of the Killian pattern are associated with septal surgery, where deeper access is needed. The Vienna pattern is commonly associated with examination and anterior nasal work. Each is made in several blade lengths. See the Killian and Vienna guides; the Cottle septum speculum is another common pattern.
Both are larger, heavier clamps, but Kocher-Ochsner forceps have interlocking 1×2 teeth at the tip of the jaws, while Rochester-Pean forceps have serrated jaws without teeth. The teeth give Kocher-Ochsner forceps a firm hold on tough or slippery tissue, while the toothless jaws of Rochester-Pean forceps are generally associated with clamping larger tissue bundles or vessels. Both come straight or curved and in several lengths. See the Rochester-Pean and Kocher-Ochsner guides. Which is appropriate is a clinical decision.
An Olsen-Hegar needle holder combines a needle holder and suture scissors in one instrument, while a Mayo-Hegar is a needle holder only. On the Olsen-Hegar pattern, cutting edges are located just behind the jaws, allowing the user to tie and cut suture without changing instruments. Care is needed because the scissors portion can cut suture unintentionally. The combined design is common in some general and veterinary settings. Both patterns are ring-handled with a ratchet. See the Olsen-Hegar and Mayo-Hegar guides.
“Super-cut” (or supercut) is a commercial term for scissors with a specially ground, very sharp edge on at least one blade, often combined with a fine serration on the other blade to prevent tissue slipping. The term is not a standard, and the exact grinding and marking varies by manufacturer; many makers identify these scissors with black finger rings, but this is not universal. Super-cut scissors may need specific sharpening methods, so ask whether the manufacturer or repair service can resharpen them without changing the edge geometry. Confirm the edge type in the product specification rather than relying on handle color.
Bayonet forceps have shanks with an offset bend, so the tips sit in a different line from the handles. The offset keeps the surgeon’s hand out of the line of sight, which is useful when working through narrow openings or under a microscope. Bayonet-shaped instruments are common in ENT and neurosurgery, and bipolar electrosurgical forceps are often made in bayonet form. They come in different working lengths and tip widths, with smooth, serrated or toothed tips. When ordering, specify working length (from the bend to the tip) as well as overall length, and tip width. Browse neurosurgery instruments for examples.
Bipolar forceps are electrosurgical forceps in which the two tips act as the two electrodes, so current passes between the tips through the tissue held between them rather than through the patient’s body to a return pad, as in monopolar systems. The shanks are insulated, with only the tips exposed. They connect to an electrosurgical generator with a cable. Variants include straight and bayonet shapes, different tip widths, irrigating designs and non-stick tips. Insulation integrity is a critical inspection point. Compatibility with a specific generator and cable must be confirmed with the manufacturer.
Bone curettes are instruments with a sharp-edged cup or loop at the tip, used to scrape bone or tissue. They are specified by cup size (often by a number or millimeter measurement), cup shape (round or oval), shaft angle (straight, angled or reverse-angled), length and handle style. They are found in orthopedic, spinal, ENT and dental sets. Some patterns are double-ended with different cup sizes at each end. The cutting edge wears with use, so sharpness is an inspection point. See the curettes category and the Volkmann curette guide.
Bone-holding forceps are sturdy clamps designed to grip and stabilize bone, for example while it is being aligned or fixed. They typically have strong jaws, sometimes with teeth or serrations, and a ratchet or screw lock to maintain grip. Patterns vary in jaw shape, opening capacity, length and locking mechanism, and are generally associated with orthopedic and trauma surgery. See the Kern bone-holding forceps and Steinhauser bone clamp guides. Selection is a clinical decision for orthopedic teams.
Bulldog clamps are small, spring-loaded vascular clamps that close on their own, designed for temporary occlusion of blood vessels without the need for ring handles. They are generally associated with cardiovascular and vascular surgery. Patterns differ in jaw shape (straight, curved or angled), jaw length, the jaw surface (often atraumatic serrations) and spring pressure. Many are applied and removed with dedicated applying forceps. Spring tension and jaw alignment are key inspection points. See the Johns Hopkins and DeBakey-Diethrich bulldog clamp guides.
Dental elevators are instruments with a blade designed to be placed between a tooth and the surrounding bone to help loosen teeth or roots. Common forms include straight elevators with a concave blade, angled elevators and pairs of left and right elevators with triangular blades. They are specified by blade shape, width, angle and handle type. Blade edges should be inspected for damage. In the directory, many dental elevators appear under the elevators category and the dental specialty. Clinical use is for dental professionals.
Microvascular clamps are very small spring clamps designed to occlude small vessels during microsurgery, and approximators are paired clamps on a frame that hold two vessel ends close together for suturing. They are applied with special forceps and are typically specified by jaw size, closing pressure and vessel diameter range. The Acland and Biemer patterns are well-known examples. Because they are small and delicate, manufacturers often recommend dedicated holders during processing. See the Acland and Biemer guides.
Nasal rasps are instruments with a roughened or toothed working surface that file bone, generally associated with rhinoplasty and other nasal surgery. They differ in tooth direction (push or pull cutting), coarseness, blade width, shape and whether they are single or double-ended. Some have tungsten carbide cutting surfaces. Rasp teeth trap debris, so thorough cleaning and inspection are essential. See the Aufricht and Cottle rasp guides.
Pituitary and disc rongeurs are long, slender rongeurs with small cup-shaped jaws, designed to remove small pieces of soft tissue or bone in deep spaces. They are associated with spinal (disc) and neurosurgical procedures. They are specified by cup size, jaw angle (straight, up or down), shaft length and sometimes by whether the jaws are smooth or serrated. Patterns include Cushing, Ferris-Smith and Caspar types. See the Cushing disc rongeur and Ferris-Smith disc rongeur guides.
Rake retractors have a blade made of several curved prongs, like a small garden rake, and are used to retract skin and soft tissue. They are described by the number of prongs and whether the prongs are sharp or blunt. Sharp prongs grip tissue firmly; blunt prongs are generally regarded as less likely to puncture structures. Rakes appear as hand-held instruments, such as the Volkmann pattern, and on self-retaining designs such as the Weitlaner. Prong tips are an inspection point because they bend easily. See the Volkmann retractor guide.
Sponge-holding (or sponge) forceps are ring-handled, ratcheted forceps with large oval or rounded fenestrated jaws, designed to hold gauze swabs and, in some uses, tissue. Jaws may be smooth or serrated, and the shanks come straight or curved. They are common in general surgery and gynecology sets. Patterns include the Foerster type, sometimes called Foerster-Ballenger in some catalogues. Because the jaws are large and fenestrated, alignment and ratchet function are the main inspection points. See the Foerster sponge forceps guide.
Surgical probes are slender instruments used to explore tracts, ducts or cavities, and they differ mainly in tip, flexibility and size. Many have a blunt or bulbous tip; some have an eye for threading a suture or seton; others are grooved directors that guide a blade. Malleable probes can be bent to shape. Examples include fistula probes, duct probes, lacrimal probes and ear probes. See the probes and dilators category and the Lockhart-Mummery fistula probe guide.
Urethral sounds are smooth, curved metal instruments used in urology, typically supplied in graduated sets. They are usually sized on the French scale, with the size often marked on the handle. Patterns differ in the curvature and length of the working end, and the Van Buren pattern is a well-known example. Surface smoothness is an inspection point, because scratches or corrosion can affect the surface. See the Van Buren urethral sound guide and the urology specialty page.
Scalpel handle numbers indicate which blades fit the handle. In the widely used system, a No. 3 handle fits the smaller blade range (such as No. 10, 11, 12 and 15 blades), while a No. 4 handle fits the larger blade range (such as No. 20 to 25). Variants such as No. 3L and No. 4L are longer versions, and No. 7 is a slender handle for the smaller blades. Miniature blade systems, such as Beaver-type blades, use their own handles. Compatibility can vary between blade makers, so confirm it. See the scalpel guide and Beaver handle guide.
A single-action instrument has one pivot, so the jaws move directly with the handles, while a double-action (compound) instrument has an extra linkage that multiplies the force applied to the jaws. Double-action designs give more cutting or biting force for the same hand pressure, which is why they are common in rongeurs and bone cutters intended for dense bone. Single-action designs are simpler, with fewer joints to clean and inspect. Product descriptions should state which type is offered. Joints and springs on both types require careful cleaning and lubrication as described in the manufacturer’s instructions.
“Atraumatic” describes jaws or tips designed to hold tissue with less crushing or tearing than conventional serrations or teeth. A well-known example is the DeBakey-type pattern of fine longitudinal rows of teeth, used on many vascular forceps and clamps. Other approaches include smooth rounded jaws, soft inserts on some clamps and specially profiled serrations. “Atraumatic” is a design description, not a clinical guarantee; tissue effects depend on the instrument, pressure and technique. Check the jaw pattern described by the manufacturer. See the DeBakey forceps guide.
The French (Fr or Ch, for Charrière) scale describes outer size: one French unit equals one-third of a millimeter in diameter, so a 9 Fr instrument is about 3 mm in outer diameter. Larger French numbers mean larger instruments. The scale is used for suction tubes, urethral sounds, catheters and some dilators. Some instruments, such as uterine dilators, are instead specified directly in millimeters, and lacrimal probes use their own numbering. Always check which sizing system a catalogue uses. See the Van Buren urethral sound guide for an instrument usually sized in French.
Cardiovascular instruments are designed to handle blood vessels and cardiac tissue with minimal damage, so atraumatic jaw patterns are a defining feature. Typical families include DeBakey-pattern forceps and clamps, bulldog clamps, side-biting clamps, fine vascular scissors (often angled), vascular needle holders and specialized suction tubes. Many are long to reach deep fields. See the cardiovascular surgery page and the DeBakey vascular scissors guide. Clinical selection is for qualified surgeons.
Neurosurgical instruments are often long, slender and designed for work in deep, narrow fields under magnification. Common features include bayonet-shaped shanks that keep the hand out of the line of sight, fine tips, anti-glare finishes and lightweight designs. Typical families include Kerrison and pituitary rongeurs, fine dissectors, bipolar forceps, micro scissors, suction tubes with thumb vents and nerve root retractors. See the neurosurgery specialty page and the Love nerve root retractor guide. Clinical selection is for qualified surgeons.
ENT (otorhinolaryngology) instruments cover ear, nose, throat, and head and neck procedures, and many are slender, angled or bayonet-shaped for access through narrow openings. Typical families include nasal and ear specula, septal elevators and knives, nasal rasps and osteotomes, ethmoid and sinus forceps, micro-ear instruments, suction tubes and tonsil instruments. See the ENT specialty page for listed instruments, and guides such as the Blakesley ethmoid forceps. Clinical selection is for qualified ENT surgeons.
Plastic surgery sets usually emphasize fine, precise instruments for handling skin and soft tissue. Typical items include fine-toothed forceps such as Adson-Brown, skin hooks, small needle holders such as Webster or Gillies, fine scissors such as iris or face-lift scissors, small retractors, and specialized rhinoplasty instruments such as nasal rasps and retractors. Sets differ by procedure and surgeon. See the plastic surgery specialty page and the Gorney face lift scissors guide for examples.
A periosteal elevator is an instrument with a flat or slightly curved blade, used to lift periosteum or soft tissue away from bone. Designs vary widely: some are broad and sturdy, like the Cobb spinal elevator, while others are thin and double-ended, like the Freer elevator, associated with ENT, plastic and other fine work. Elevators are specified by blade width, shape, sharpness, length and whether they are single or double-ended. See the elevators category and the Freer elevator guide.
A side-biting or partial-occlusion clamp is a vascular clamp with jaws shaped to isolate part of a vessel wall, so that blood can continue to flow through the rest of the vessel. The Satinsky pattern, with its distinctive curved jaws, is a well-known example and is associated with cardiovascular surgery. These clamps typically have atraumatic jaw serrations and a ratchet, and come in several jaw sizes and curvatures. Jaw alignment and atraumatic surfaces are critical inspection points. See the DeBakey-Satinsky clamp guide. Clinical use is a matter for qualified surgeons.
Poole suction tubes have a perforated outer sleeve around an inner tube, so suction is drawn through many small holes rather than one opening. The design spreads the suction and helps reduce clogging and tissue being drawn into the tip, which is why it is associated with removing larger volumes of fluid, for example in abdominal surgery. The sleeve is often removable, which matters for cleaning. Lumened instruments need careful cleaning according to the manufacturer’s instructions. See the Poole suction tube guide.
The Gillies needle holder is unusual because it has no ratchet, has offset (asymmetric) handles, and incorporates a scissors blade so suture can be cut with the same instrument. It is associated with plastic surgery and fine skin suturing. Without a ratchet, the needle is held by finger pressure, which some surgeons prefer for quick, light suturing. Details such as length and jaw type vary by manufacturer. See the Gillies needle holder guide and compare it with the Webster needle holder, another small pattern used in fine suturing.
The two terms overlap: “raspatory” is a traditional name, used especially in European catalogues, for an instrument that scrapes or strips periosteum and soft tissue from bone, a job also done by periosteal elevators. In practice, “raspatory” is often applied to sturdier designs with a sharp scraping edge, including curved rib raspatories shaped to pass around a rib, while “elevator” covers a broader range of lifting and separating instruments. Naming differs between suppliers, so compare blade shape and dimensions. See the Doyen rib raspatory and Farabeuf rugine guides.
A rongeur removes bone by biting out small pieces with cup-shaped jaws, while a bone cutter cuts through bone with sharp, blade-like jaws, more like heavy shears. Rongeurs are used to nibble and shape bone, and the term “bone nibbler” is used for them in some regions. Bone cutters, such as the Liston and Stille-Liston patterns, are designed to divide bone with a single cut. Both are made in single-action and double-action (compound) versions. See the Stille-Liston bone cutter and the rongeurs category.
Adson forceps are short thumb forceps, typically about 12 cm, with a broad grip and narrow tips, while DeBakey forceps are atraumatic forceps with a distinctive fine longitudinal jaw pattern, offered in a wide range of lengths. Adson forceps come with or without teeth and are generally associated with superficial tissue such as skin. DeBakey forceps are designed to grip delicate tissue, including vessels, with minimal crushing, and are associated with cardiovascular and general surgery. See the Adson and DeBakey guides for typical variants.
Both are ring-handled, ratcheted tissue-holding forceps, but Allis forceps have short interlocking teeth at the jaw tips, while Babcock forceps have rounded, fenestrated jaws without sharp teeth. Allis forceps give a firm grip and are generally associated with tissue that will be removed or that tolerates a secure hold. Babcock forceps are generally regarded as less traumatic and are associated with grasping delicate tubular structures such as bowel. Both come in several lengths. See the Allis clamp guide. Which to use is a clinical decision.
An osteotome is generally beveled on both sides of the cutting edge, while a chisel is beveled on one side only. The double bevel tends to let an osteotome cut more directly into bone, while a single-bevel chisel is generally associated with shaving or removing bone in layers. A gouge is a related instrument with a curved, trough-shaped blade. All are usually driven with a mallet and are specified by blade width, length and handle type. Some catalogues use the terms loosely, so check the bevel in the drawing. See the osteotomes and chisels category.
Dissecting scissors are designed for cutting and spreading tissue, while suture (stitch) scissors are designed for cutting suture material and are generally kept away from tissue dissection. Dissecting patterns, such as Metzenbaum, usually have finer blades and may have blunt tips for spreading. Suture scissors are often sturdier and some designs have a notch or hook on one blade to lift a suture before cutting. Using fine dissecting scissors on suture material can blunt the edges and is a common cause of premature wear. Check the pattern in the manufacturer’s catalogue, for example the Littler suture scissors.
In catalogue terms, dressing forceps are thumb forceps with serrated, non-toothed tips, while tissue forceps usually have teeth (such as 1×2) at the tips. Dressing forceps are generally associated with handling dressings, swabs and more delicate tissue; toothed tissue forceps with gripping tougher tissue securely. Both are available in many lengths and tip widths. Naming is not fully consistent between suppliers: some list all thumb forceps as “tissue forceps” and specify the tip separately. Check the tip description and image before ordering. See the thumb forceps guide.
A Frazier suction tube is a slender, angled tube with a thumb vent that lets the user control suction, while a Yankauer suction tip is a larger, rigid tip with a bulbous end, associated with suctioning fluids in larger fields. Frazier tubes are specified by French size and length and are associated with ENT, neurosurgery and other fine work. Yankauer tips are widely used in general surgery and are made in reusable and single-use forms. See the Frazier and Yankauer guides.
Gracey curettes are area-specific curettes with a single cutting edge on an offset blade, while universal curettes have two cutting edges and can be used in many areas of the mouth. Gracey curettes come in numbered pairs, each designed for particular teeth and surfaces. Universal curettes have a blade face set at about 90 degrees to the terminal shank. Both have a rounded toe, which distinguishes curettes from sickle scalers with pointed tips. Selection is a clinical decision for dental professionals. See the dental specialty page.
Both are bivalve (two-bladed) vaginal specula, but they are associated with different traditions and differ in blade shape and locking mechanism. The Graves pattern, common in North America, has relatively wide, curved blades and is made in several sizes. The Cusco pattern, common in the UK and Europe, typically has a thumb-screw or lever mechanism to hold the blades open. Both are available in reusable stainless steel and single-use plastic versions. See the Graves and Cusco guides. Clinical selection is for gynecology teams.
Hand-held retractors must be held in position by a member of the surgical team, while self-retaining retractors hold tissue apart on their own, using a ratchet, screw or spring mechanism. Hand-held types include Army-Navy, Deaver, Richardson and Langenbeck patterns. Self-retaining types range from small Weitlaner and Gelpi retractors to large frame systems such as the Balfour abdominal retractor. Self-retaining designs free up hands, while hand-held designs allow continuous adjustment. See the surgical retractors guide and the retractors category.
These three common hemostat patterns are mainly distinguished by size and by how far the jaw serrations extend. Mosquito (Halsted mosquito) hemostats are small, with fine jaws, and are typically around 12.5 cm long. Crile and Kelly hemostats are larger, commonly around 14 cm, and look similar: Crile jaws are generally described as serrated along their full length, while Kelly jaws are serrated only on the distal portion. All are available straight or curved. Lengths and details vary by manufacturer, so check the drawing. See the hemostat guide for related patterns.
A Kerrison rongeur is a punch-type instrument with a sliding upper shaft that cuts against a footplate, designed to remove small pieces of bone in confined spaces, while a Leksell rongeur is a double-action rongeur with cup-shaped jaws designed for removing larger amounts of bone. Kerrison rongeurs are associated with spinal and neurosurgery and are specified by bite width, angle and whether they cut upward or downward. Leksell rongeurs are generally associated with orthopedic and neurosurgical bone work. See the Kerrison and Leksell guides.
Mayo-Hegar needle holders are ring-handled, ratcheted instruments generally associated with general surgical suturing, while Castroviejo needle holders are spring-handled, pencil-grip instruments designed for fine needles and small sutures. Mayo-Hegar holders come in many lengths and usually have cross-hatched or tungsten carbide jaws. Castroviejo holders have fine jaws, straight or curved, with or without a lock, and are associated with ophthalmic, plastic and microsurgical work. Using a fine holder with heavy needles can damage the jaws. See the Mayo-Hegar and Castroviejo guides.
Metzenbaum scissors are lighter, finer scissors with relatively long handles and short blades, generally associated with delicate tissue dissection, while Mayo scissors are heavier scissors with sturdier blades, generally associated with cutting thicker tissue such as fascia. Both patterns come straight or curved and in several lengths. Straight Mayo scissors are also widely associated with cutting sutures. Using fine dissecting scissors on heavy tissue or suture material can dull or misalign them, which is one reason sets often contain both types. See the Metzenbaum and Mayo guides for details. Selection is a clinical decision for the surgical team.
In monopolar electrosurgery, current flows from the active instrument through the patient to a separate return electrode (patient plate), while in bipolar electrosurgery current flows only between two electrodes on the instrument itself, such as the two tips of bipolar forceps. Monopolar instruments include electrodes and insulated laparoscopic instruments; bipolar instruments include forceps and some laparoscopic graspers. For both types, insulation integrity and compatibility with the generator are important, and many facilities test insulation before use. Device-specific guidance must come from the manufacturer’s instructions.
Ophthalmic suturing forceps have very fine teeth to hold tissue while a suture is passed, while tying forceps have smooth, flat platforms near the tip for holding and tying fine suture without fraying it. Castroviejo suturing forceps are often specified by tooth size, such as 0.12 mm. McPherson tying forceps are a common tying pattern, with straight or angled tips. Because tips are delicate, they need protection during handling and processing. See the Castroviejo suturing forceps and McPherson tying forceps guides.
Penetrating towel clamps, such as the Backhaus pattern, have sharp, curved points that pierce drapes to hold them securely, while non-penetrating clamps grip drapes with blunt jaws and do not perforate them. Facilities may prefer non-penetrating types where drape integrity matters, for example to maintain a sterile barrier. Both are ring-handled with a ratchet and come in several sizes. Sharp points are an inspection item, since bent or blunt points reduce function. See the Backhaus and Jones towel clamp guides.
Both are small self-retaining retractors with a ratchet, but Weitlaner retractors have rake-like blades with several prongs on each side, while Gelpi retractors have a single, outward-turned pointed tip on each arm. Weitlaner prongs may be sharp or blunt and are commonly specified by number of prongs (for example 3×4). The single points of the Gelpi pattern can retract in deep, narrow fields, and the pattern is associated with orthopedic and spinal work. See the Weitlaner and Gelpi guides for typical sizes.
The main difference is the handle: Westcott tenotomy scissors have spring handles and are held like a pencil, while Stevens tenotomy scissors have conventional finger rings. Both are fine scissors associated with ophthalmic and other delicate work, and both are available with sharp or blunt tips and in straight or curved versions. Spring-handled Westcott scissors allow small, precise snips with minimal hand movement, which suits work under magnification. Stevens scissors are also used in plastic and other fine surgery. See the Westcott and Stevens guides.
Ophthalmic instruments are generally smaller, lighter and finer than general surgical instruments, because they are used on very small structures under a microscope. Typical features include spring handles, fine teeth or tying platforms, round knurled handles and, often, titanium construction or anti-glare finishes. Common families include eye specula, fine suturing and tying forceps, capsulorhexis forceps, micro scissors and fine needle holders. See the ophthalmology specialty page and the Castroviejo suturing forceps guide.
Eye specula are instruments that hold the eyelids open, and they differ mainly in how they hold position. Wire specula, such as the Barraquer type, use the spring of the wire; adjustable specula use a screw or a sliding mechanism to set the opening; and solid-blade designs hold the lids with blades. They come in adult, pediatric and infant sizes and may have open or solid blades. See the Barraquer and Lieberman guides. Selection is a clinical decision.
Toothed forceps are generally associated with tougher tissues, such as skin and fascia, where a secure hold is needed, while non-toothed (smooth or serrated) forceps are generally associated with more delicate tissues and with handling dressings. Teeth concentrate grip on small points, while serrations spread pressure over a wider area. Many patterns, such as Adson, are offered in both versions, so the full description should state teeth or no teeth. Atraumatic patterns, such as DeBakey, are another option for delicate tissue. Instrument choice is a clinical decision; see the thumb forceps guide for terminology.
Most stainless steel hand instruments are designed for steam sterilization, which is the most widely used method for heat-tolerant items, but not every device or component tolerates it. Some instruments with heat-sensitive parts, coatings, optics or electronics may require other methods. The manufacturer’s IFU should state the validated sterilization methods and parameters. The CDC guideline describes steam sterilization as the preferred method for heat- and moisture-stable items. Always confirm compatibility for each device before purchasing.
Many reusable instruments can be sharpened, realigned or repaired, including scissors, rongeurs, osteotomes, curettes and needle holders, and tungsten carbide inserts can often be replaced. Repairs should be carried out by the manufacturer or a qualified repair service, using methods that preserve the original geometry and finish, and instruments should be processed after repair. Inappropriate repairs can change performance or void warranties. Ask the manufacturer whether it offers repair, sharpening or refurbishment services and what documentation is provided.
Yes. New reusable instruments are generally supplied non-sterile and must be processed according to the manufacturer’s instructions before first use, typically including cleaning, inspection and sterilization. Some instruments may have protective coatings, packaging residues or lubricants from manufacturing. The label will indicate whether a device is supplied sterile. Read the IFU to check whether any special initial steps are required. Keep the IFU and labeling for future reference, and inspect new instruments on receipt for damage during transport.
A common check is to close the instrument to the first ratchet tooth and gently tap the instrument or its jaws against a firm surface: if the ratchet springs open, it may be worn or out of alignment. Inspectors also check that the ratchet teeth engage cleanly at each step and that jaws close with appropriate tension. A ratchet that does not hold reliably is a reason to send the instrument for repair or replace it. Exact test procedures differ between manufacturers and facilities, so follow the IFU and local protocols.
Alignment is usually checked by closing the instrument and looking at the jaws or tips: they should meet evenly along their length, and the tips should meet without overlapping or crossing. For toothed instruments, teeth should mesh correctly. For forceps, the tips should close together without one tip sliding past the other. A common check for hemostats is to hold the closed instrument up to the light and look for gaps between the jaws. Misalignment can result from dropping, over-stressing or using the instrument for the wrong task. Follow the manufacturer’s IFU for specific tests.
Scissors sharpness is commonly tested by cutting a standardized test material, such as test latex or a specified fabric or film, near the tips and along the blade. Sharp scissors should cut cleanly without catching, folding or tearing the material. Different test materials are used for fine and heavy scissors, and manufacturers or repair services may specify which to use. Scissors that fail the test should be removed for sharpening or replacement. Follow the manufacturer’s IFU and facility protocols for test methods.
Instruments should be stored clean, dry and protected from damage, in conditions that maintain the integrity of any sterile packaging. Recognized guidance calls for storage areas that are clean and dry, with controlled conditions and limited handling. Fine instruments benefit from tip protectors, racks or dedicated cases to avoid tips touching other items. Avoid storing instruments in places where moisture, chemicals or dust can collect. Follow the manufacturer’s IFU for storage requirements and your facility’s policies on sterile storage.
It can be. Processing instruments of different metals or finishes together, or placing damaged and corroded instruments next to sound ones, can contribute to staining or corrosion, and some coatings or materials require different methods. Many manufacturers recommend separating instruments made of different materials during cleaning, and removing corroded instruments from circulation. Fine instruments are also at risk of damage from heavier ones in the same tray. Check the manufacturer’s IFU for compatibility and segregation requirements.
Not always. Some discoloration is surface staining or deposits, such as films from water minerals, detergent residues or steam impurities, and may be removable, while rust is actual corrosion of the metal. Surface rust spots can also be transferred from other corroded instruments or equipment. A common practical test is whether the mark can be removed by appropriate cleaning: deposits often can, while true pitting remains. Determining the cause and the right treatment should follow the manufacturer’s guidance, and persistent or recurring staining may need investigation of water and steam quality.
Many manufacturers recommend lubricating hinged and moving instruments, such as scissors, clamps and needle holders, after cleaning and before sterilization, using a lubricant suitable for the sterilization method. Water-soluble or specified instrument lubricants are generally used, rather than general-purpose oils, which can interfere with sterilization. Lubrication reduces friction and wear at joints and helps instruments operate smoothly. Not every instrument requires it, and some coatings or devices may need different treatment. Follow the manufacturer’s IFU on whether, when and with what product to lubricate.
Black or anti-glare finishes are surface treatments or coatings that reduce reflection of operating lights, which can be helpful under a microscope or in laser procedures where reflections are a concern. They may be produced by different processes, such as chemical blackening or deposited coatings, and the durability and processing compatibility depend on the specific process. Matte or satin finishes also reduce glare to some extent. Ask the manufacturer which process is used, whether it is suitable for the intended application and how it should be cleaned, inspected and sterilized. Damage or wear of a coating is an inspection point.
Non-stick bipolar forceps have tips designed to reduce tissue sticking during electrosurgery, which can make use smoother and help keep the tips clean. Different manufacturers use different approaches, such as special alloys, plating or surface treatments on the tips. Claims about sticking performance are the manufacturer’s own, and the directory does not test them. Non-stick surfaces may need specific cleaning methods; abrasive cleaning can damage them. Ask for the tip material, any data supporting performance claims and the processing instructions. See also the bipolar forceps entries on the neurosurgery page.
Tungsten carbide (TC) inserts are pieces of very hard material fixed into the jaws of needle holders or onto the cutting edges of scissors and some other instruments. Because tungsten carbide is much harder than instrument stainless steel, the inserts are generally expected to resist wear longer, helping jaws keep their grip pattern and blades keep their edge. Inserts are often replaceable by a repair service, which can extend the instrument’s life. They usually cost more than all-steel versions. Many makers mark TC instruments with gold-colored handles, but confirm the insert type in the specification.
Corrosion on stainless steel instruments commonly results from conditions that damage or overwhelm the passive surface layer. Typical causes include prolonged contact with chlorides (for example from blood, saline or some water supplies), dried-on soil, unsuitable cleaning or disinfecting chemicals, residues left after inadequate rinsing, poor water or steam quality, contact with corroded items, and mechanical damage. Common forms include pitting, crevice corrosion in joints and stress corrosion cracking. Prevention focuses on prompt cleaning, correct chemicals, good water quality, adequate drying and following the IFU.
Titanium nitride (TiN) is a hard ceramic coating with a characteristic gold color, applied in a thin layer to some tools and instruments. It is generally used to increase surface hardness and wear resistance, for example on some cutting edges or working surfaces. A gold color alone does not identify TiN, since gold handles are also used to mark tungsten carbide instruments. Coating performance depends on the process and the base material, and coatings can wear or chip. Ask the manufacturer what coating is applied, where and why, and how it should be processed and inspected.
Passivation is a chemical treatment, typically using nitric or citric acid solutions, that removes free iron and other contaminants from the surface of stainless steel and helps the chromium-rich passive oxide layer form evenly. It is commonly carried out by manufacturers as one of the final steps after machining and polishing, to improve corrosion resistance. Passivation does not make steel corrosion-proof, and the passive layer can be damaged by improper chemicals or abrasion. Ask the manufacturer whether instruments are passivated and to which process specification. Repair services may also repassivate instruments after work.
Pitting corrosion is localized corrosion that forms small holes or pits in the metal surface, often triggered by chlorides. Pits can be hard to clean, may harbor soil and can grow into deeper damage or cracks. On surgical instruments, visible pitting is generally treated as a sign that the instrument should be assessed for repair or withdrawal. Preventing pitting involves limiting exposure to saline and blood, prompt cleaning, appropriate chemicals and correct water and steam quality. Corrosion test methods for surgical instruments are described in standards such as ASTM F1089.
Martensitic stainless steels can be hardened by heat treatment, so they are generally used where hardness, edge retention or spring is needed, such as scissors, osteotomes, needle holders and forceps. Austenitic stainless steels cannot be hardened by heat treatment, but generally offer higher corrosion resistance and are easier to form, so they are often used for non-cutting items such as retractors, cannulas, suction tubes and specula. ASTM F899 groups stainless steels for surgical instruments into classes that include austenitic and martensitic types. The manufacturer remains responsible for choosing the appropriate grade for each instrument.
A mirror (polished, bright) finish is highly reflective and smooth, while a satin (matte, dull) finish has a fine, non-reflective texture. Satin finishes are often chosen to reduce glare from operating lights; mirror finishes are traditional and can make some surface defects easier to see during inspection. Both are achieved through mechanical polishing or blasting, usually followed by passivation. Finish does not by itself indicate quality or corrosion resistance. When comparing quotations, ensure the same finish is being priced, as finishing can affect cost.
The general sequence is point-of-use care, transport, cleaning, disinfection, drying, inspection and function testing, packaging, sterilization and storage. In practice:
The details must follow the manufacturer’s instructions for use, which ISO 17664-1 describes, and recognized guidance such as WHO and CDC publications or national guidance.
The Spaulding classification is a widely used scheme that sorts patient-care items into critical, semi-critical and non-critical categories based on the infection risk associated with their use, and links each category to the level of processing required. Critical items, such as surgical instruments that enter sterile tissue, are generally expected to be sterilized. Semi-critical items, which contact mucous membranes or non-intact skin, require at least high-level disinfection. Non-critical items contact only intact skin. The CDC guideline describes this approach. ISO 17664-1 also uses critical and semi-critical categories for manufacturer information.
Inspection checks that instruments are clean, undamaged and working before packaging. Common checks include:
Magnification and good lighting help. Specific test methods should follow the manufacturer’s IFU and facility protocols, supported by guidance such as the WHO reprocessing manual.
An instrument is generally withdrawn from use when inspection shows damage that cannot be corrected or that may affect safety or performance. Common examples include cracks (especially at box locks), pitting or corrosion that does not clean off, misalignment that cannot be corrected, broken or worn teeth, damaged insulation on electrosurgical instruments and blunt edges that cannot be restored. Facilities typically have procedures for tagging, removing, repairing or replacing instruments. The manufacturer’s IFU may state an expected life or criteria for end of use.
Ask the manufacturer to state the steel grade or designation used for each instrument type and the standard it conforms to, such as ISO 7153-1 or ASTM F899, and to provide supporting material certificates from the steel supplier where available. Useful additional details include heat-treatment and hardness information for cutting and spring instruments, any insert materials (such as tungsten carbide), surface finish and passivation. A grade name alone does not prove quality; heat treatment, machining and finishing also matter. Compare these documents across suppliers and keep them with your purchasing records.
Instruments with lumens (such as suction tubes and cannulas), hinges, box locks, serrations, ratchets and narrow crevices have surfaces that are harder to reach, so soil can remain hidden. Recognized reprocessing guidance therefore highlights steps such as opening hinged instruments, disassembling where designed to do so, brushing and flushing lumens and using appropriate washer-disinfector connections. The manufacturer’s IFU should explain any brushes, flushing volumes or disassembly steps required. When selecting instruments, consider whether designs can be taken apart and whether your facility can process them as instructed.
Stainless steel is the most common material for reusable surgical instruments because it combines corrosion resistance, strength, the ability to hold an edge or spring (in suitable grades) and tolerance of repeated cleaning and steam sterilization. Its corrosion resistance comes from chromium, which forms a thin, self-renewing passive oxide layer on the surface. Different families of stainless steel are chosen for different instrument types, depending on whether hardness or maximum corrosion resistance matters more. International and national standards, such as ISO 7153-1 and ASTM F899, describe metals used for surgical instruments. Stainless steel is corrosion-resistant, not corrosion-proof, so correct care still matters.
Titanium and titanium alloys are used for some instruments mainly because they are light, strong, corrosion-resistant and non-magnetic. Lower weight can reduce hand fatigue in fine, prolonged work, which is why titanium is common in ophthalmic and microsurgical instruments. Titanium is generally more expensive than stainless steel and has different hardness and wear behavior, so it is not a universal substitute. Titanium instruments often have a distinctive gray or anodized color. Processing compatibility and any special care requirements should be taken from the manufacturer’s instructions.
The manufacturer’s instructions for use (IFU) describe how a reusable instrument should be cleaned, disinfected, inspected, packaged and sterilized, based on the materials and design of that specific device. ISO 17664-1 sets out what information device manufacturers should provide for processing critical and semi-critical devices. Using chemicals, temperatures or methods outside the IFU can damage the instrument or compromise processing. Ask suppliers for the IFU before purchase and check that the recommended methods are compatible with your facility’s equipment and processes.
Water quality affects cleaning results and instrument condition. Hard water can leave mineral deposits, chlorides can contribute to pitting corrosion, and impurities in water used for final rinsing or steam generation can cause staining. Recognized reprocessing guidance recommends attention to the quality of water used at different stages, often with treated water (for example softened or demineralized) for final rinses. The appropriate specifications depend on national guidance and on equipment manufacturers’ requirements. Persistent spotting or staining is often a reason to review water and steam quality.
Cleaning must come first because residual soil, such as blood, tissue or other organic material, can shield microorganisms from the sterilizing agent and interfere with the sterilization process. Recognized guidance, including the CDC guideline on disinfection and sterilization and the WHO manual on decontamination and reprocessing, emphasizes thorough cleaning before disinfection or sterilization. Dried-on soil is harder to remove and can lead to staining and corrosion, which is why point-of-use care and timely processing are important. Follow the manufacturer’s IFU and your facility’s protocols.
Yes, although the great majority of listed Pakistani companies are in Sialkot. Of the roughly 700 companies currently listed in Pakistan, more than 650 are in Sialkot, and smaller numbers are listed in other cities, such as Lahore (about 10) and Karachi, Islamabad, Rawalpindi, Gujranwala and Daska (a few each). Some companies have offices in one city and production elsewhere. See the Pakistan country page and city pages such as Lahore.
Not always. Instrument production involves many stages, such as forging, machining, heat treatment, grinding, assembly, polishing, plating or coating, passivation, marking and inspection, and some manufacturers subcontract certain stages to specialist workshops or suppliers. This is common in many manufacturing clusters and is not in itself a problem, provided the manufacturer controls and documents the process under its quality management system. Ask which stages are done in-house, how subcontracted work is controlled and whether the certification scope covers the products you are buying.
It varies. Some manufacturers serve only wholesale buyers with minimum order quantities, while others accept small orders, sample orders or orders of mixed items. Minimums may depend on the instrument, customization such as laser marking or private labeling, and packaging. Ask each company directly about minimum order quantity, sample policy and cost, and whether samples are representative of production. If you need a small quantity of many items, a distributor or supplier may be more suitable. Use the distributor filter to find companies that state they distribute.
Not necessarily. The country and city shown in a listing are usually the company’s stated business address, which may be a head office, sales office or factory. Some companies manufacture in the same location; others have production in another city or country, or source products from other manufacturers. If country of origin matters, for example for labeling, customs or tender requirements, ask the company to state where each product is manufactured and to provide supporting documents such as a certificate of origin. Browse companies by country as a starting point only.
Listings are compiled from information companies provide themselves and from publicly available sources, such as company websites and other public information, and are updated over time. Business roles, product ranges and other details reflect what companies state. Inclusion in the directory is not an endorsement or recommendation, and listings are not ranked by quality. The listing policy explains how listings are added and maintained, and the verification page explains what is and is not checked.
Buyers commonly assess a manufacturer through a combination of document review, on-site visits, remote video audits and third-party inspections. A visit or audit can look at production processes, inspection and testing, traceability, handling of non-conforming products, storage and packaging. Document review typically covers quality management certificates, procedures and inspection records. The level of assessment depends on the risk of the products, the order size and the buyer’s regulatory obligations. The directory does not audit companies; see the verification page.
Ask for a copy of the certificate and check the certification body, the certificate number, the issue and expiry dates, the site address and the scope. The scope should cover the activities (such as design or manufacture) and product types relevant to your purchase. Many certification bodies offer an online register or will confirm a certificate on request, and accreditation of the certification body can be checked with the relevant accreditation body. ISO 13485 is a quality management system standard; it does not by itself mean a product is approved for sale in a particular market.
Open the OEM manufacturer business type to see companies that state they offer OEM production, then narrow by country, city or instrument category. The directory currently lists more than 300 companies with this business type. A listing shows what the company says it offers; it does not confirm capacity, quality or regulatory status. When contacting companies, describe your specifications, branding and labeling requirements and ask for samples, minimum order quantities, lead times and quality documentation. Regulatory responsibilities when selling under your own brand are explained on the medical certifications page.
Use the combined country, city and role filters in the company directory: the Sialkot manufacturers filter shows companies in Sialkot, Pakistan, that state manufacturing as a business role. The directory currently lists more than 650 companies in Sialkot, of which a subset describe themselves as manufacturers. You can change the role to supplier, distributor or exporter in the same way. A listing reflects what companies state about themselves and is not a verification of capabilities. See also the Sialkot city page.
Use the role filter in the company directory and choose Manufacturer, or open the manufacturer role filter directly. The filter narrows results to companies whose stated business role includes manufacturing. You can then combine it with country, city or instrument filters to narrow the list further. Roles shown in the directory reflect what companies state about themselves, together with publicly available information; they are not an independent audit. Confirm a company’s manufacturing capability directly before relying on it.
No. An exporter is any company that sells goods to buyers in other countries, and it may or may not make those goods. Some exporters are manufacturers selling their own products abroad; others are trading companies that source instruments from manufacturers and handle export sales, documentation and logistics. Both models are common. The directory currently lists more than 550 companies with an exporter business type. If manufacturing origin matters for your purchase, ask the exporter to identify the manufacturer of each item and to provide the relevant quality and regulatory documents.
The manufacturer-supplier role is used for companies that describe themselves as both making instruments and supplying them, which often includes selling products made by other companies alongside their own range. Many instrument businesses work this way, especially when offering complete catalogues that extend beyond what they produce in-house. Use the manufacturer-supplier filter to see these companies. When ordering, ask which specific items are made in the company’s own facility and which are sourced, since documentation and lead times may differ between the two.
No single document proves a company’s role, so it is best to look for several consistent signs. Useful evidence includes:
The directory shows what companies state about themselves. See the verification page for how the site handles this information.
An authorized distributor is a company that a manufacturer has formally appointed to sell its products, often within a defined territory or market segment. Authorization may matter for warranty, technical support, traceability and, in some markets, regulatory obligations. To confirm it, ask the distributor for a current letter of authorization from the manufacturer that names the territory and product range, and, where possible, confirm with the manufacturer directly. The directory shows companies’ stated roles, such as distributor, but does not confirm distribution agreements.
“Supplier” is a broad term for any company that provides products to buyers, whether it makes them or not, while a reseller buys finished products and sells them on, usually without changing them. Distributors are resellers that typically hold stock and serve a defined territory or customer base, sometimes with an agreement from the manufacturer. A supplier may be a manufacturer, distributor, trading company or exporter. Because the terms overlap, ask a company directly about its role for the product you need. The directory’s supplier business type reflects how companies describe themselves.
In general business usage, an OEM (original equipment manufacturer) makes products to another company’s design or specification, often sold under that company’s brand, while an ODM (original design manufacturer) designs and makes products that another company then sells under its own brand. In the instrument trade, OEM work often involves making standard patterns to a buyer’s drawings, marking and packaging. Definitions vary, so confirm what a company means. The directory lists more than 300 companies as OEM manufacturers and a few as ODM manufacturers, based on their own statements.
If a listing’s role, location, contact details or product information appears incorrect or out of date, report it through the contact page and include the company name, the information concerned and, if possible, a public source showing the correct details. Companies can also request updates to their own listings. Directory details reflect what companies state and public information at the time of compiling, so information can change. Always confirm important details directly with the company before relying on them.
Many German instrument companies in the directory are located in and around Tuttlingen in Baden-Württemberg, a region widely known for medical technology manufacturing. The directory currently lists about 50 companies in Tuttlingen itself, plus companies in nearby towns such as Wurmlingen, Emmingen-Liptingen and Neuhausen ob Eck, out of about 200 companies listed in Germany. See the Tuttlingen city page and the Germany country page. Location alone does not indicate a company’s role or quality; check each company’s own information.
In many regulatory systems, the company that places a device on the market under its own name or trademark takes on the manufacturer’s regulatory responsibilities, even if another company physically makes it. For example, the EU Medical Device Regulation (EU) 2017/745 sets out when a distributor, importer or other person assumes a manufacturer’s obligations, including when making a device available under its own name. Requirements differ between markets, so private-label buyers should obtain regulatory advice for each destination. See the medical certifications page.
Most classic instrument patterns, such as Mayo scissors, Kelly hemostats or Adson forceps, are generic designs that are not owned by a single company, so many manufacturers produce them. As a result, the same pattern name can appear in dozens of catalogues, with variations in steel, finish, dimensions, inspection and price. Some companies also offer proprietary designs or trademarks. When comparing offers, look past the name to drawings, materials, documents and samples. Browse the instrument guides for pattern descriptions and the companies listed for each.
No. Products and instrument types associated with a listing reflect what the company shows or states, and are not a verified product claim. The directory does not confirm that a product is in stock, that it meets a specification, or that it is approved or registered in any market. A listing is also not a recommendation. Confirm availability, specifications, regulatory status and documentation directly with the company before ordering. See the listing policy for how listings are compiled.
Compare quotations only after checking that they describe the same product and terms. Check pattern, dimensions, materials, inserts and finish; what documentation is included; packaging and labeling; Incoterms and delivery point; lead time; payment terms; warranty; and minimum order quantity. A lower unit price can reflect a different specification or more costs left to the buyer, such as freight, duties or registration. Converting all quotes to an estimated landed cost per usable instrument helps. Samples and documents are needed to compare quality.
Start with the countries section to find companies located in your country, such as local distributors, which may already hold stock and handle import formalities. For overseas suppliers, the directory shows where a company is based, not every market it serves, so ask suppliers directly whether they ship to your country, whether products are registered there and who acts as importer or local representative. Trade shows in your region can also help you meet suppliers active in your market; see the exhibitions directory.
Ask the supplier which markets it currently ships to, what types of customers it serves, and whether it can provide the documents normally needed for your destination, such as commercial invoices, packing lists, certificates of origin and regulatory documentation. Trade references from buyers in similar markets, familiarity with Incoterms and with your market’s labeling requirements, and clear answers about shipping methods are useful signs. Claims about export markets in a listing are the company’s own statements, so ask for evidence. The exporter business type shows companies that describe themselves as exporters.
Medical trade exhibitions allow buyers to meet multiple suppliers in a short time, handle instruments, compare finish and function side by side and discuss requirements face to face. Many manufacturers and distributors exhibit at international and regional shows. Preparing a shortlist of companies, your specifications and the documents you need makes visits more productive. Treat exhibition conversations as a starting point: request samples, documents and written quotations afterwards. Browse upcoming events in the exhibitions directory and check dates on each organizer’s official site.
For a custom or modified instrument, provide detailed drawings or a reference instrument with the required changes marked, the material and finish, and the intended use. Ask the manufacturer to confirm feasibility, provide a prototype or sample, and state tooling costs, minimum quantities and lead time. A modified design may change regulatory status, labeling or processing instructions, so the legal manufacturer must confirm what applies in your market. Agree who owns the design and drawings. The directory’s OEM manufacturers describe themselves as offering production to customer specifications.
Ask the supplier to state, in writing, the regulatory status of each product for your specific destination market, and to provide supporting evidence. Depending on the market, this may include the device classification, registration or listing numbers, conformity certificates or declarations, and the name of the legal manufacturer and any local representative. Then check the information against the regulator’s public database where one exists. A product legally sold in one country is not automatically authorized in another. See the medical certifications page for country information.
Compare suppliers in different countries using the same criteria rather than assumptions based on location. Useful criteria include product specifications and samples, quality management certification and scope, regulatory status for your market, documentation, lead time, communication, after-sales support, and total landed cost including freight, duties and regulatory costs. Location can affect shipping time, currency risk and time-zone communication. No country of origin guarantees quality on its own. The countries section helps you find companies in each country to start a comparison.
Evaluate samples against your written specification and, ideally, against an instrument already in use. Typical checks include dimensions, materials and markings, finish quality, jaw and tip alignment, ratchet and joint action, sharpness of cutting instruments and absence of burrs or sharp edges. Many buyers also process samples through their usual cleaning and sterilization cycles to see how they perform, and ask clinical users to assess handling. Record results and agree with the supplier that production will match the approved sample. Samples show capability, not guaranteed consistency across a full order.
Using more than one supplier (dual sourcing) can reduce the risk of supply interruptions and give a basis for comparing quality and price, but it can also introduce small differences between instruments that users notice. Many buyers keep a primary supplier for each instrument family and qualify a second supplier with approved samples and the same specification. Mixing instruments from different makers in a set may complicate repair and replacement. The right approach depends on volumes, criticality and the buyer’s resources.
Lead times depend on whether items are in stock or made to order, the quantity, the complexity of the instruments, customization (such as laser marking, private labeling or special packaging), the availability of materials, inspection and any regulatory documentation required. Specialty and fine instruments, or instruments with tungsten carbide inserts or coatings, may take longer. Shipping method and customs clearance add further time. Ask each supplier for a written lead time from order confirmation to dispatch, and how delays will be communicated. Lead times vary widely, so compare quotes on the same basis.
Clarify warranty coverage and duration, what counts as a manufacturing defect versus wear or misuse, how defective items are returned or replaced, who pays freight for replacements, and whether repair, sharpening or insert replacement services are offered. For instruments sold internationally, ask how complaints are handled and how long the supplier commits to supplying the same pattern or spare parts. Put the agreed terms in the contract or quality agreement. Terms vary widely between companies.
Incoterms are standard trade terms published by the International Chamber of Commerce (ICC) that define who arranges and pays for transport, insurance and export or import clearance, and where risk transfers from seller to buyer. Common rules include EXW (Ex Works), FOB (Free On Board), CIF (Cost, Insurance and Freight), DAP (Delivered at Place) and DDP (Delivered Duty Paid). The chosen rule affects the price quoted and the buyer’s responsibilities. State the Incoterms rule and version (for example, Incoterms 2020) and the named place in quotations and contracts.
A material certificate (often called a mill certificate or inspection certificate) is a document from the steel producer or supplier that records the material’s grade, chemical composition and, where relevant, mechanical properties for a specific batch or heat. In Europe, certificate types are commonly described using EN 10204, such as type 3.1. A useful certificate should identify the material grade and standard, the heat or batch number and test results. Ask the instrument manufacturer how it links certificates to finished instruments, since traceability from raw material to product is what gives the document its value.
A pre-shipment inspection is a check of finished goods before they leave the supplier, carried out by the buyer, an agent or a third-party inspection company. It typically verifies quantities, packaging and labeling, and examines a sample of products against the specification and approved sample. Sampling plans based on recognized acceptance sampling standards, such as ISO 2859-1, are commonly used to decide how many items to inspect and how many defects are acceptable. Agree the inspection method and acceptance criteria with the supplier in advance.
A quality agreement is a written document that sets out the quality responsibilities of the buyer and the supplier, separate from commercial terms. It typically covers specifications and approved samples, inspection and acceptance criteria, handling of non-conforming product, change notification, traceability, documentation, complaint handling and audit rights. Quality agreements are common when the buyer is responsible for the device in its market, for example when selling under its own brand. Quality management standards such as ISO 13485 require control of outsourced processes and suppliers.
An approved or “golden” sample is a sample that the buyer has accepted as meeting the specification, and which is then kept as the reference for later production and inspection. Both buyer and supplier usually retain identical approved samples, marked and dated. Purchase orders or quality agreements can refer to the approved sample, alongside drawings and specifications, as the acceptance standard. This helps resolve disputes about finish, dimensions or function. Changes to the product after approval should be notified and agreed before shipment.
Landed cost is the total cost of getting a product to your premises, not just its purchase price. It typically includes the product price, packaging, freight, insurance, customs duties and taxes, customs brokerage and handling fees, inland transport, and any regulatory, testing or registration costs for the destination market. The split of costs between buyer and seller depends on the agreed Incoterms rule. Duty and tax rates depend on the destination country and the product’s tariff classification. Confirm these with a customs broker or the destination customs authority.
Agree packaging and labeling details in writing before production. Common points include individual or bulk packing, protective tip guards, inner and outer cartons, label content and language, the manufacturer’s name and address, catalogue and lot numbers, any UDI requirements, sterile or non-sterile status, symbols and inclusion of the IFU. Labeling requirements are set by the destination market’s regulations, so the buyer and legal manufacturer should confirm them. Ask for label proofs before shipment. See the medical certifications page for market information.
For bulk orders, consistency across the whole quantity becomes as important as the quality of a single sample. Considerations include an approved sample and written specification, agreed inspection and acceptance criteria, batch traceability, staged deliveries for large volumes, packaging that protects instruments during transport, payment and warranty terms, and replacement procedures for defective items. Price breaks for volume should be weighed against storage and the risk of holding stock that may not suit users. Starting with a smaller trial order can reduce risk with a new supplier.
Specialty instruments, such as microsurgical, ophthalmic, neurosurgical or laparoscopic items, often involve tighter tolerances, special materials or finishes and more complex processing instructions, and may be made by fewer manufacturers. Ask for detailed drawings, samples, the IFU and evidence of experience with the specific instrument family. Check whether the manufacturer offers repair or replacement parts, since specialty instruments can be costly to replace. Lead times may be longer. Start from the relevant specialty page and confirm details directly with each company.
Prepare a clear, written specification so that suppliers can quote like-for-like. Useful items include:
Including drawings or photographs of reference instruments reduces misunderstandings. If you need help defining requirements, see Looking for a Manufacturer?.
Common warning signs include certificates that cannot be confirmed with the issuing body or that name a different company, prices far below comparable quotations without explanation, reluctance to provide samples, specifications or written quotations, inconsistent company names, addresses or bank details, and pressure for unusual payment methods. None of these proves wrongdoing, but each warrants further checks. Confirm company details independently, verify certificates with issuers and start with small orders. The verification page explains what the directory does and does not check.
Commonly requested documents include the product catalogue and technical specifications or drawings, material certificates for the steel used, quality management system certificates (such as ISO 13485) with their scope, evidence of regulatory status for the destination market, instructions for use including processing instructions, and sample labels. For larger orders, buyers often also ask for inspection procedures, test reports and a quality agreement. Check that documents name the same legal entity and manufacturing site. A directory listing does not confirm that any of these documents exist; request them directly.
Lot or batch numbers let a manufacturer and buyer trace which instruments were made together, from which materials and under which conditions. Traceability supports complaint investigation, corrective action and recalls, and in some markets is required for devices through mechanisms such as UDI. Ask suppliers whether instruments or packaging carry lot numbers, how they link to material certificates and inspection records, and how long records are retained. Recording lot numbers on receipt helps your own traceability.
Possibly. Regulation (EU) 2023/607 lets devices with valid Directive certificates stay on the EU market until 31 December 2027 or 31 December 2028, depending on class, but only if the manufacturer meets the conditions: no significant design changes, an MDR-compliant QMS, and a formal application to an MDR notified body with a signed agreement by the set dates.
Ask the supplier for its MDR notified body application or agreement, or its new MDR certificate, as well as the old certificate. Also note that Great Britain sets its own acceptance dates for MDD devices. A legacy certificate on its own does not show the conditions are met. See the medical certifications page.
Partly. Federal registration of manufacturers and devices is handled by the Emirates Drug Establishment (EDE) for the whole UAE. Emirate health authorities add their own layer. In Abu Dhabi, the Department of Health (DoH) requires medical products to be on an approved list before placement on the Abu Dhabi market and has a medical device reporting standard covering manufacturers, importers, distributors and registrants. In Dubai, the Dubai Health Authority licenses health facilities. Our research found no official DHA page describing a separate Dubai device registration.
All UAE companies currently listed in the directory are in Dubai. Check emirate-level rules wherever devices will be used. See the UAE country page.
Many are filed. NMPA’s Medical Device Classification Catalog includes a passive surgical instruments sub-catalog (02), which lists many forceps, scissors and similar hand instruments as Class I. Class I products are filed (备案) rather than registered: domestic makers file with the city-level regulator, and overseas makers file with NMPA through their China agent. The inspection report can be the filer’s own self-test report.
The class depends on the exact catalog entry. Sterile supply, special anatomical sites or energy-related uses can push an instrument into Class II or III, which needs registration. Our research did not confirm specific instruments item by item, so check the catalog. See the medical certifications page.
Often, if supplied non-sterile. SAHPRA’s classification guideline (SAHPGL-MD-04) names scissors, artery forceps, tissue forceps, clamps, osteotomes and chisels as Class A reusable surgical instruments. SAHPRA licenses are required for manufacturers, distributors and wholesalers of Class B to D devices and of sterile or measuring Class A devices, so dealers in non-sterile Class A instruments may fall under the Class A exemption.
Supplying the same instruments sterile removes the exemption, and single-use or other transient surgically invasive devices are generally higher than Class A. Check the exemption against the dealer’s full product range. See the medical certifications page.
Under Annex 5 of SFDA’s MDS-REQ 1, reusable surgical instruments are Class A, the lowest risk class. SFDA defines them as instruments for cutting, drilling, sawing, scratching, scraping, clamping, retracting, clipping or similar procedures, not connected to an active device, and intended to be reused after appropriate reprocessing.
However, MDS-REQ 1 expressly excludes reusable surgical instruments, along with sterile, measuring, IVD and novel devices, from the reduced low-risk documentation set. Manufacturers should therefore plan for fuller technical documentation in the MDMA application, including reprocessing information. SFDA may request the full technical file at any time, to be supplied within 10 days. See the medical certifications page.
A few. The directory lists US companies by city rather than state, and current Texas city pages include Plano, Irving, Carrollton and Lubbock, each with one company. To see all US listings, use the United States country page.
Whether a supplier is in Texas or elsewhere, FDA requirements are the same: establishment registration and listing, the applicable premarket route, the QMSR for manufacturers, and medical device reporting. A company that only distributes may not be the FDA-registered manufacturer, so ask who is. States may add their own licensing for device distributors; check the Texas authority if you will distribute there.
Often, yes, as quality system evidence. An MDSAP audit covers ISO 13485 plus the requirements of the participating jurisdictions a manufacturer selects. The same audit report can serve Health Canada (where it is mandatory for Class II to IV licenses), FDA (which may accept it in place of routine inspections), TGA (as conformity assessment evidence), Japan’s PMDA (in QMS inspections) and ANVISA, though each regulator decides how it uses the report.
It never replaces the product authorization in those markets. Canadian manufacturers holding MDSAP certificates can be found on the Canada country page; ask for the certificate and which jurisdictions it covers.
No. EDE device applications are filed by EDE-licensed local entities: a medical warehouse, a local manufacturer or a marketing office. These entities act for the manufacturer under an agency agreement or authorization letter. A foreign maker therefore needs a licensed UAE partner before it can register itself as a manufacturer or obtain marketing authorizations.
Because the local entity files the applications, agree in writing who controls the registrations and what happens if the partnership ends. The directory currently lists more than 10 companies in the UAE, all in Dubai; check each one’s stated role on the United Arab Emirates country page. The treatment of free-zone companies was not confirmed in our research, so check with EDE.
It depends on the market:
Some other regulators, such as Australia’s TGA and Singapore’s HSA, accept EU notified body certificates as supporting evidence. Browse German suppliers on the Germany country page.
It helps as evidence, but does not replace local authorization:
Spanish-language labels help in Mexico but still need checking against NOM-137. Spanish exporters are on the Spain country page.
Commercially, often yes, but regulatory status does not transfer automatically. An ARTG entry belongs to an Australian sponsor and covers supply in Australia. New Zealand has its own regulator, Medsafe, and its own notification requirements, so a trans-Tasman distributor needs to meet both systems.
When appointing one partner for both countries, agree in writing who holds the Australian ARTG entries, who handles New Zealand notifications, and who manages adverse event reports and recalls in each country. Confirm New Zealand requirements with Medsafe. Listings for both countries are on the New Zealand country page and the Australia country page.
Yes. Germany and Austria are both EU member states, so a CE-marked device lawfully placed on the market in Germany can be supplied in Austria without another conformity assessment or registration. The German manufacturer’s EUDAMED registration is EU-wide. The Austrian buyer acts as a distributor or user rather than an importer, because the device is not coming from outside the EU.
Check that labels and instructions meet Austria’s language requirements and that the notified body certificate covers the exact instruments. German suppliers, including more than 50 in Tuttlingen, are on the Germany country page; Austrian listings are on the Austria country page.
Yes, for Class B to D devices. HSA offers full evaluation where there is no reference approval, and an abridged evaluation where the device has at least one approval from a reference regulator: TGA, an EU notified body, Health Canada, Japan’s MHLW or US FDA, for the same labeled use. Expedited routes (Class C and D) and an immediate route (Class B) apply where conditions are met.
One catch: approvals for devices that the reference agency exempted as Class I or II do not qualify as reference evidence. A 510(k)-exempt instrument, for example, cannot use its US status this way. Dossiers use the CSDT format. See the medical certifications page.
No. India’s Medical Devices Rules, 2017 use classes A to D, based on First Schedule rules, and CDSCO publishes product-wise risk classification lists. Manufacturers and importers cannot simply choose a class; CDSCO’s lists and the licensing authority’s decision govern. The class then decides who licenses the product (state or central authority for manufacture) and what evidence is needed.
Before quoting to an Indian buyer, check the CDSCO list for the device and note whether it is supplied sterile or has a measuring function, which can change the route. Indian suppliers, currently more than 100, are on the India country page.
Yes. France is one of the better-represented countries in the Medical AI directory, which you can browse by AI category, such as radiology or pathology, and by company type. Software that qualifies as a medical device in France is regulated under the EU MDR like in any member state, mainly through Rule 11 for classification, and ANSM is the national competent authority for vigilance and market surveillance.
A directory listing is not evidence of CE marking. For each product, ask for the EU Declaration of Conformity, the class and any notified body certificate, and check the intended purpose matches your use. Instrument companies are on the France country page.
The directory organizes US listings by city, not by state, so there is no California page. California city pages currently include Irvine (4 companies), Camarillo and Rancho Cucamonga (1 each). Other US companies appear only on the United States country page.
The main device rules are federal, so a California supplier, like any other, should be able to show FDA establishment registration and device listing, and a 510(k) where its devices are not exempt. States can add their own licensing for device manufacturers or wholesalers, so check the California authority if you will manufacture or distribute there.
The Medical AI directory lets you browse companies by headquarters country, AI category and company type, such as developer, distributor or implementation partner. Coverage of UAE-headquartered companies is currently limited, and not every listed company is a software developer; some are distributors or implementation partners for other vendors’ products.
If an AI product will be used in the UAE as a medical device, confirm its regulatory status with EDE and any emirate-level requirements, rather than relying on approvals elsewhere. A directory listing is not a regulatory approval or endorsement.
Within the EU and EEA, yes: a CE-marked device that has completed the correct MDR conformity assessment can be placed on the market in any member state, including Sweden, Denmark and Finland, and in EEA countries such as Norway. Registration in EUDAMED is EU-wide.
What differs country to country is national: the language required for labels and instructions, the competent authority that receives incident reports, and any national procurement rules. Ask a Nordic distributor which languages it needs and who provides translations. Listings are on the Sweden country page and the Denmark country page.
No. Under the Medical Device (Exemption) Order 2024, as summarized in MDA guidance, Class A devices are exempt from conformity assessment by a registered conformity assessment body (CAB), although they still must be registered through MeDC@St. Class B to D devices need CAB conformity assessment or, where eligible, MDA’s verification process based on reference approvals (guidance MDA/GD/0070).
The registration dossier follows the CSDT format, with a declaration of conformity and labeling. MDA guidance exists in several editions, and our research did not review the 2024 Exemption Order text directly, so confirm current requirements on the MDA portal. See the medical certifications page.
No. DRAP is a federal regulator, headquartered in Islamabad, and the Medical Devices Rules, 2017 apply nationwide. Companies in Islamabad, Rawalpindi, Sialkot or elsewhere need the same establishment license for manufacture or import, and the same enlistment or registration for each device. Being near DRAP’s offices does not change the requirements, although applications are made through DRAP’s online system.
The directory currently lists a few companies each in Islamabad and Rawalpindi. These may be distributors, importers or offices of manufacturers based elsewhere, so ask about their role and license. See the Pakistan country page.
Export-only devices are exempt from MDA registration under Malaysia’s framework, but an exemption notification is required. The establishment exporting them still falls within the licensing system: under Act 737, no establishment may import, export or place registered devices on the Malaysian market without an MDA establishment license.
The destination market’s rules apply as well. For example, an export to the EU needs CE marking and an EU authorized representative. When sourcing from a Malaysian manufacturer, for example in Petaling Jaya or Shah Alam, ask for its establishment license and the destination-market documents. See the Malaysia country page.
Yes. Since 1 July 2026, devices and system or procedure packs placed on the Swiss market must be registered in swissdamed under Article 108 MedDO. Registration is done by the Swiss actor: a Swiss-based manufacturer or the CH-REP. Devices can be registered retrospectively until 31 December 2026. Devices involved in a reportable serious incident, field safety corrective action or trend must be registered immediately.
Swiss registration is separate from EUDAMED, so an EU registration does not cover Switzerland. Because the transition deadline is close, check Swissmedic for the current position. See the medical certifications page.
Yes, under the EU MDR. The manufacturer assigns a Basic UDI-DI (the key identifier for the device model in EUDAMED and on certificates) and UDI-DIs through an EU-designated issuing entity, places UDI carriers on labels and packaging, and registers device data in EUDAMED’s UDI/device module, which has been mandatory since 28 May 2026.
Reusable devices that need reprocessing between uses, such as surgical instruments, must also carry a UDI carrier on the device itself, with MDR transition dates by class. When ordering from an Italian maker on the Italy country page, ask whether its instruments are direct-marked and what data carrier it uses. Exact transition dates should be checked with the Commission.
The EU MDR leaves the choice of language to each member state: label and IFU information must be provided in the official EU language or languages that the member state where the device is made available requires. For Germany, that means checking German law (the Medical Devices Implementation Act, MPDG) and BfArM guidance for the required language for professional-use devices.
A practical point for buyers: if a non-German manufacturer supplies only English IFUs, the German importer or distributor may need to arrange compliant translations. If it changes the labeling or adds information, it may take on extra obligations. Find German distributors on the Germany country page.
No. Northern Ireland applies the EU MDR and IVDR, so devices placed on the Northern Ireland market need CE marking under EU rules, the same as in Ireland. UKCA marking alone is not valid there. Where a UK notified body carried out the mandatory third-party assessment, a UKNI indication is also needed. The MHRA is the competent authority for Northern Ireland and has its own registration requirements.
Moving the same devices on into Great Britain (England, Scotland, Wales) brings MHRA registration and, for non-UK manufacturers, a UK Responsible Person. See the Ireland country page for Irish listings.
Class A devices are exempt from product registration in Singapore, but the manufacturer or importer must file a product notification in HSA’s SHARE system. HSA’s public Class A listing includes reusable surgical instruments such as needle holders, but classification must still be confirmed for each device, because sterile supply or other features can change it.
Class B, C and D devices must be registered on the Singapore Medical Device Register before supply. Companies that import or wholesale even Class A devices may still need dealer’s licenses. Our research did not confirm HSA’s classification guidance for reusable instruments, so check it. See the medical certifications page.
Not yet for most devices. SAHPRA states that medical device product registration is still in development. A Registration Call-Up Plan will phase devices in by type and class, with proposed reliance on approvals from recognized regulators such as Australia, the US, the EU, Brazil, Canada and Japan. Until then, compliance is shown mainly through the establishment license held by the local manufacturer, distributor or wholesaler.
This can change at short notice once SAHPRA publishes its call-up plan. Exporters should watch SAHPRA’s medical devices page. See the medical certifications page.
Possibly not, if they are on CDSCO’s list. Since G.S.R. 777(E) of 14 October 2022, Class A devices that are non-sterile and non-measuring are exempt from manufacturing and import licensing, but they need a registration number from CDSCO’s online system before being placed on the market.
This only applies to devices on CDSCO’s current list of Class A non-sterile, non-measuring devices, which is revised from time to time. Supplying the same instrument sterile removes eligibility. Our research did not confirm which surgical instruments are on the list, so check it for each product. See the medical certifications page.
Yes. Under the PMD Act, each manufacturing site, including sites outside Japan, must be registered. Foreign manufacturers register with MHLW through the PMDA and receive a manufacturer code, which is then used in notification, certification or approval filings for the devices made there.
For Class II to IV devices, the site’s quality system must also conform to Japan’s QMS Ministerial Ordinance, which is checked by the PMDA or a Registered Certification Body at application and periodically. When sourcing for the Japanese market, ask the factory whether it is already registered and which MAH it works with. See the medical certifications page.
Often, yes. FDA’s UDI rule requires most devices to carry a unique device identifier on the label and packaging, in plain text and machine-readable form, with data submitted to FDA’s GUDID database. Devices intended to be used more than once and reprocessed between uses must also carry the UDI as a permanent marking on the device itself, unless an exception applies.
Exceptions and compliance details for Class I reusable instruments are set out in 21 CFR 801.30 and 801.45 and should be checked for each product. For buyers sourcing from overseas makers for the US market, confirm early who the labeler is, which issuing agency the UDI comes from, and whether the factory can laser-mark instruments. See the medical certifications page.
Under current Great Britain rules, generally not, if they are non-sterile and have no measuring function. The UK MDR 2002 is based on the former EU Directives and has no separate “Class Ir” category, so reusable Class I instruments can be self-certified for UKCA. Under the EU MDR, by contrast, a notified body must assess their reuse aspects.
Instruments supplied sterile need an Approved Body for the sterility aspects. The UK plans an updated pre-market regulation, and earlier consultation proposals included Approved Body review of reusable surgical instruments, so this may change. Whichever marking is used, the device must be registered with the MHRA. See the medical certifications page.
No. SFDA rules apply nationally, but licensing follows the premises. Under MDS-REQ 9, an establishment license (MDEL) is needed for each establishment, branch and warehouse. A distributor based in Riyadh with a warehouse in Jeddah or a branch in Dammam therefore needs each site covered, and importers must use licensed storage.
The directory currently lists 5 companies in Riyadh and 3 in Jeddah, and has no Dammam page yet. When comparing Saudi partners, ask for the MDEL covering each site that will store or ship your products. See the Saudi Arabia country page.
Generally yes. Under Rule 6 of the EU MDR, surgically invasive devices for transient use are Class IIa unless they are reusable surgical instruments, which are Class I (Ir). So a single-use scalpel or disposable forceps is usually Class IIa, and its conformity assessment involves a notified body. That typically means a review of the quality management system plus technical documentation under Annex IX, or the Annex X and XI options, not just the reuse aspects reviewed for Class Ir.
Single-use instruments are also usually supplied sterile, which adds sterilization validation. When comparing Italian suppliers on the Italy country page, check that the notified body certificate names the exact single-use products and class.
Not entirely. England, Scotland and Wales (Great Britain) follow the UK MDR 2002: devices carry UKCA marking or accepted CE marking and must be registered with the MHRA, with a UK Responsible Person for non-UK manufacturers. Northern Ireland applies the EU MDR (since 26 May 2021) and IVDR (since 26 May 2022): CE marking is required, a UKNI indication is added where a UK notified body did the assessment, and the MHRA is the competent authority.
The UKCA mark alone is not valid in Northern Ireland. GB-based manufacturers selling into Northern Ireland need an EU- or NI-based authorized representative. Listed UK companies can be found on the United Kingdom country page.
No. Brazil and Argentina have separate national regulators. ANVISA notification or registration covers Brazil only, and must be held by a Brazilian legal entity. In Argentina, medical devices are regulated by the National Administration of Drugs, Foods and Medical Devices (ANMAT), which FDA lists as an affiliate member of MDSAP.
A Brazilian registration dossier and an MDSAP audit may help as evidence, but plan for a separate Argentine application through a local partner and Spanish-language labeling. Our core research did not cover Argentina’s rules, so confirm them with ANMAT. Argentine listings are on the Argentina country page.
Yes. Under Order No. 739, overseas registrants (Class II and III) and filers (Class I) must designate an enterprise legal person in China to submit the registration or filing to NMPA. The agent also helps with post-market duties: quality management, adverse event monitoring, re-evaluation, traceability and recalls. The Chinese IFU must name the country of origin and the designated Chinese enterprise.
The agent is distinct from importers and distributors, which need their own business filing (Class II) or license (Class III). Imported devices also need proof that they may be marketed in the country or region of origin. See the medical certifications page.
Yes. Under the Medical Device Act 2012 (Act 737), overseas manufacturers appoint a Malaysian authorized representative (AR) with a letter of authorization. The AR registers the device with the Medical Device Authority (MDA) through the MeDC@St system and holds an MDA establishment license as AR.
Importers and distributors need their own establishment licenses before they import, export or place registered devices on the market (retailers are excluded). The AR, importer and distributor can be the same company or different ones. Malaysian companies, currently more than 10, are listed on the Malaysia country page.
Yes. Manufacturers located outside Saudi Arabia need a Saudi-based legal entity licensed by the SFDA as their authorized representative (AR). The AR holds a separate AR license, part of the MDEL system, for each manufacturer it represents, and it applies for the Medical Device Marketing Authorization (MDMA) on the manufacturer’s behalf.
The AR agreement must be documented and cover delegated activities, device types, post-market duties and termination. The AR also reports incidents, cooperates in post-market surveillance and supports after-sales service. Its responsibility continues after termination until a new AR is appointed. SFDA’s MDS-REQ 9 replaces older AR guidance, so do not rely on older documents. See the Saudi Arabia country page.
Often not, depending on how it sells. Health Canada’s establishment licensing guidance (GUI-0016) exempts, among others, Class I manufacturers that sell only through a Medical Device Establishment License (MDEL) holder. A foreign Class I manufacturer that ships to Canadian customers itself, without an MDEL-holding importer or distributor, would generally need its own MDEL.
The Canadian importer or distributor needs an MDEL for devices of any class, whatever the volume. Leasing or renting counts as selling. Check the exemption list in GUI-0016 for your situation. Canadian companies are on the Canada country page.
Yes, if it is a manufacturer or an EU authorized representative. Article 15 of the EU MDR requires manufacturers to have at least one person responsible for regulatory compliance (PRRC) within their organization. Micro and small enterprises may instead have such a person permanently and continuously at their disposal, for example through an external arrangement. Authorized representatives also need a PRRC available.
The PRRC oversees conformity checks before release, technical documentation, post-market surveillance and vigilance reporting. Importers and distributors that only resell do not need one. When assessing a French manufacturer on the France country page, ask who acts as PRRC.
Not as a distributor. Under the EU MDR, EUDAMED actor registration (with a Single Registration Number) applies to manufacturers, authorized representatives, importers and system or procedure pack producers. A Greek company that only distributes devices already on the EU market does not register as an actor, but if it imports devices from outside the EU it registers as an importer. National registration duties set by Greek law may also apply, so check with the National Organization for Medicines (EOF).
Ask a Greek partner whether it is importer or distributor for each brand. The directory currently lists 6 companies in Greece, a few of them on the Athens city page; see the Greece country page.
Yes. EDE requires the manufacturer, and the marketing-rights holder, to be registered before any of its devices receive a marketing authorization. The application is made through an EDE-licensed medical warehouse or local agent. EDE’s renewal service page lists these documents for device manufacturers:
EDE states five-year validity. Confirm the initial-registration list with EDE. See the medical certifications page.
It depends on class. All manufacturers supplying Brazil, domestic or foreign, must comply with Brazilian Good Manufacturing Practices (RDC 665/2022). For Class III and IV registration, an ANVISA B-GMP certificate is required; ANVISA can start reviewing on proof of application, but approval waits for the certificate. For Class I and II notifications, the manufacturer declares B-GMP compliance instead, and RDC 751 does not list the certificate as a requirement.
Keeping a notification or registration depends on continued B-GMP compliance. ANVISA is an MDSAP member, but how it uses MDSAP reports was not reviewed in our research. See the medical certifications page.
Yes. Manufacturers based outside Switzerland, including EU manufacturers, must appoint a Swiss authorized representative (CH-REP) by written mandate, managed in swissdamed. The CH-REP and Swiss importers register as economic operators and receive a Swiss single registration number (CHRN). The CH-REP keeps the technical documentation and declaration of conformity available to Swissmedic and cooperates on vigilance.
Labeling must identify the CH-REP and the importer. If a CH-REP becomes inactive in swissdamed, its mandates are treated as no longer valid. Ask Swiss partners on the Switzerland country page for their CHRN.
Under the Medical Devices Rules, 2017 as notified, yes. Rule 27 says no medical device may be exported without approval of DRAP’s Medical Device Board, and an export permit is granted only if the establishment is licensed and the device is enlisted or registered. Applications use Form-12, and the permit (Form-13) can cover several devices from the same manufacturer. The rules give three-year validity.
Exporters must also keep export records and allow inspection. The research behind this answer found no separate export-only exemption, but the rules have been amended since 2018, so confirm current practice with DRAP. Separately, the importing country’s rules (for example EU MDR or FDA) still apply. Browse exporters on the Pakistan country page.
Yes. SAHPRA states that a valid license is required to bid for national and provincial tenders, and since 31 March 2020, acknowledgement letters are no longer accepted in place of a license. A distributor bidding for public-sector contracts should therefore hold the right establishment license for the device classes involved.
When partnering with a South African distributor, ask for its SAHPRA license number and scope, its authorized representative and its ISO 13485 status. The directory currently lists more than 15 companies in South Africa, with city pages such as Johannesburg, Cape Town and Sandton; see the South Africa country page.
No. DRAP enlistment, registration and export permits govern Pakistan’s own market and exports from it. They do not authorize sale anywhere else. A Pakistani manufacturer exporting to the EU must meet the EU MDR, including CE marking for the correct class (Class Ir for reusable surgical instruments, with notified body review of reuse aspects) and an EU authorized representative, because non-EU manufacturers cannot place devices on the EU market without one.
For the United States, the foreign establishment must register with FDA, list its devices, designate a US agent and meet the applicable classification and QMSR requirements. Use the Pakistan country page to find suppliers, then ask each one which destination-market documents it holds.
For licensing, yes. Under the Medical Devices Rules, 2017, licenses to manufacture Class A and B devices (Form MD-5) are granted by the State Licensing Authority where the factory is located. Class C and D licenses (Form MD-9) come from CDSCO’s Central Licensing Authority. So an Indian supplier’s license for low-risk devices is issued by its state authority, while higher-risk products are licensed centrally.
Listed Indian companies are concentrated in a few cities, for example more than 15 in New Delhi and more than 15 in Ahmedabad, plus Vadodara, Rajkot and Delhi. Ask each supplier for its license number and form type. See the India country page.
Not necessarily. According to FDA’s MDSAP page, Korea’s MFDS is an affiliate member of the Medical Device Single Audit Program, not one of the five full members (Australia, Brazil, Canada, Japan and the US). Affiliates and observers do not necessarily use MDSAP outputs in the same way as members.
For the Korean market, plan on meeting KGMP and the MFDS product route through a licensed importer, and treat an MDSAP certificate as supporting evidence only unless MFDS confirms otherwise. Korean companies, currently more than 25, are listed on the South Korea country page.
Yes. The Medical AI directory includes a few companies headquartered in Israel, and some others list Israeli offices alongside offices elsewhere. You can browse by AI category, such as radiology, pathology or decision support, and by company type.
A listing is not a regulatory approval. If you plan to use an AI product as a medical device, check its authorization in your own market, for example FDA, EU MDR or MHRA, rather than relying on where the company is based. Instrument companies in Israel are on the Israel country page.
Yes, a few on Long Island. The directory organizes US listings by city, and current New York city pages include Melville and Hauppauge, with 2 companies each. There is no state-level page, so use the United States country page for the full US list.
For any US supplier, ask whether it manufactures, relabels, imports or only distributes, because each role has different FDA registration and listing duties. Check the establishment and device in FDA’s public registration and listing database. State-level licensing for device businesses varies, so confirm with the New York authority if you will operate there.
New Zealand’s medicines and medical devices regulator is Medsafe. New Zealand does not use Australia’s ARTG: a device included in the ARTG is not automatically authorized for New Zealand, and suppliers deal with Medsafe’s own notification requirements, including its Web Assisted Notification of Devices (WAND) database.
Our core research did not cover New Zealand, and its device law has been under reform, so confirm current requirements with Medsafe before supplying. The directory currently lists 7 companies in New Zealand, all on the Auckland city page; see the New Zealand country page.
Polish listings are spread thinly: the directory currently has city pages for Warsaw, Łódź, Bydgoszcz and Rudniki with a couple of companies each, and other Polish companies appear only on the country page. Searching city by city can miss suppliers, so start from the Poland country page and use the role filter for distributors or manufacturers to narrow the list.
Because many Polish companies act as distributors of foreign brands, ask each one for the legal manufacturer’s name, the EU Declaration of Conformity and, for non-EU brands, the EU authorized representative.
TGA classification guidance lists reusable surgical instruments as Class I. A Class I non-sterile, non-measuring device can be included in the ARTG on the basis of a manufacturer’s declaration of conformity, uploaded with the sponsor’s application. There is no separate third-party assessment step. Instruments supplied sterile follow the route for devices other than plain Class I.
This may change: TGA’s 2026 consultation on conformity assessment procedures proposed aligning Class I reusable surgical instruments with the EU approach, where a third party assesses reuse aspects. The consultation closed on 14 April 2026, and the outcome was not published when this was written. See the medical certifications page.
Through a Pakistani importer. Foreign manufacturers cannot apply to DRAP directly. The importer first obtains a DRAP license to import (Form-2), which may involve a premises inspection against good storage practice expectations. It then applies, as the manufacturer’s authorized representative, for enlistment (Form-6A, Class A) or registration (Form-7A, Classes B to D) of each device.
DRAP’s checklist for imported Class B to D devices asks for a notarized letter of authorization naming the importer, a free sale certificate (attested by the Embassy of Pakistan where required), a notarized ISO 13485 or GMP certificate, a declaration of conformity and labels as approved in the country of origin. Check the current checklist on DRAP’s forms page. See the medical certifications page.
Ask for the certificate itself, not just the CE logo on a catalog, and check:
Notified body certificates are also recorded in EUDAMED’s certificates module, which has been mandatory since 28 May 2026. A certificate is device-specific, not a company-wide “CE certificate”. See the medical certifications page.
EUDAMED is the European Commission’s medical device database. Since 28 May 2026, four modules are mandatory: actor registration, UDI/device registration, notified bodies and certificates, and market surveillance. A German manufacturer registering as an actor receives a Single Registration Number (SRN), and its devices and notified body certificates are recorded in the relevant modules.
Ask a supplier for its SRN and the Basic UDI-DI of the device, then search EUDAMED’s public site. Devices already on the market before mandatory use have a transition window to be registered, so a missing record is a question to raise, not necessarily a breach. The vigilance and clinical investigation modules are not yet mandatory. See the medical certifications page.
Ask the supplier for four items, then check them against FDA’s public databases:
Remember that registration is not approval, and listing an exempt device does not prove the exemption applies. FDA does not issue registration certificates. Use the United States country page to shortlist suppliers, and see the medical certifications page.
Start on the Sialkot city page and shortlist companies whose profiles mention the specialty you need, for example dental, ENT, ophthalmic or orthopedic instruments. Then compare like with like:
Instrument specialty pages such as Dental help you build the pattern list first.
The directory currently lists more than 650 companies in Sialkot. Many describe themselves as manufacturers, exporters or both, and these roles are self-stated. The Sialkot manufacturers filter narrows the list to companies stating a manufacturing role. To test the claim, ask for:
A trading exporter can be a good partner, but it should name the actual maker of each item. See the Sialkot city page.
The directory files companies under the town in their address, so companies in the Tuttlingen area are spread over many city pages. Besides Tuttlingen (more than 50 companies), there are separate pages for Tuttlingen-Nendingen, Wurmlingen (about 10), Emmingen-Liptingen, Neuhausen ob Eck, Rietheim-Weilheim, Seitingen-Oberflacht, Spaichingen, Frittlingen, Mühlheim an der Donau and Fridingen, plus several smaller towns.
Note that “Emmingen” and “Emmingen-Liptingen” are separate pages, as are “Tuttlingen” and “Tuttlingen-Nendingen”, so check both. For a single list of all German companies, use the Germany country page.
Through a Korean company holding an MFDS import business license. Foreign manufacturers supply through a licensed Korean importer, and for imported devices the importer applies for the product notification, certification or approval. The import business license comes from the regional MFDS office and is processed together with the first product license; it is issued once that product license is approved.
The importer needs a qualified quality manager, must meet GMP (KGMP) requirements, and keeps records of import quantities and sales for tracked devices. Third-party sources describe a “Korea License Holder” model; MFDS describes this through the importer license. See the medical certifications page.
Through an Indian authorized agent. Under the Medical Devices Rules, 2017, imported devices of all classes need an import license (Form MD-15) from CDSCO’s Central Licensing Authority, applied for on Form MD-14. The applicant must be the foreign manufacturer’s authorized agent in India, with a valid manufacturing or wholesale license or an MD-42 sale registration, and a power of attorney from the manufacturer.
CDSCO checklists typically ask for evidence of free sale in the country of origin or other recognized markets, a QMS certificate such as ISO 13485, a device master file and plant master file, and labels and IFU. Confirm the current checklist on CDSCO’s portal. See the medical certifications page.
Switzerland regulates devices under the Medical Devices Ordinance (MedDO) and the In Vitro Diagnostic Medical Devices Ordinance (IvDO), which mirror the EU MDR and IVDR and use the same risk classes. Swissmedic is the authority. Switzerland unilaterally recognizes EU conformity assessment, so CE marking based on EU notified body certificates is accepted.
The reverse is not true. Because the EU-Switzerland mutual recognition agreement chapter on medical devices was not updated, the EU treats Switzerland as a third country, and Swiss conformity assessment bodies are not recognized for CE marking. The directory currently lists more than 15 companies in Switzerland on the Switzerland country page.
Five years. Article 22 of Order No. 739 sets a five-year validity for Class II and III registration certificates, and the registrant must apply for renewal at least six months before expiry. Production licenses and Class III business licenses are also valid for five years.
When a Chinese supplier quotes a registration number, ask for a copy of the certificate and check the registrant’s name, the product name and models, and the expiry date. The certificate covers the Chinese market only. Listed Chinese companies are spread across cities such as Changzhou, Beijing and Hangzhou; see the China country page.
SFDA’s post-market surveillance requirement (MDS-REQ 11, version 2) sets deadlines for manufacturers and Saudi authorized representatives reporting to the National Center for Medical Devices Reporting (NCMDR):
NCMDR follow-up queries must be answered within 5 days, and final investigation reports are due in 15, 30 or 60 days by severity. Check for a newer version of MDS-REQ 11. See the medical certifications page.
Check rather than assume. Under DRAP’s Medical Devices Rules, 2017, an establishment license to manufacture or import is issued for specific premises, with a separate license for each. A company with a head office or sales office in Lahore may manufacture in Sialkot or elsewhere, and its license, ISO 13485 certificate and FDA registration should name the actual production site.
The directory currently lists more than 10 companies in Lahore, compared with more than 650 in Sialkot. Ask Lahore-listed suppliers whether they manufacture, export products made by others, or import for the Pakistani market, and which DRAP license applies. See the Pakistan country page.
Usually yours. Under Article 16 of the EU MDR, a company that makes a device available under its own name or trademark generally takes on the manufacturer’s obligations, unless an agreement keeps the original manufacturer identified on the label and responsible. The contract maker’s own Declaration of Conformity and notified body certificate cover devices sold under its name, not automatically under yours.
If you buy private-label instruments from a Tuttlingen-area supplier, agree who is the legal manufacturer, who holds the technical documentation and Class Ir notified body certificate, and whose name and UDI go on the label. Companies stating OEM services are on the OEM manufacturer page; see also Tuttlingen.
It depends on what the company does. FDA’s registration rules distinguish manufacturers, specification developers, contract manufacturers, repackagers or relabelers and initial importers, and each role has its own registration and listing obligations. A US brand owner that develops the specifications and has a foreign factory make the instruments will usually need to register and list in its own role, and the foreign factory may need to register too.
The brand owner named on the label is also generally the labeler for UDI and labeling purposes. Agree the roles in writing with the factory. Private-label makers can be found on the OEM manufacturer page, and FDA’s who-must-register table is linked from the medical certifications page.
No national premarket approval applies in addition to CE marking. Under the EU MDR, a device that has completed the correct conformity assessment and carries CE marking can be placed on the market anywhere in the EU, including Austria, and actor and device registration is done once in EUDAMED. The Federal Office for Safety in Health Care (BASG) is the Austrian competent authority. It carries out market surveillance and receives vigilance reports for incidents in Austria.
National rules still matter for language requirements and procurement. The directory currently lists 5 companies in Austria on the Austria country page.
Not necessarily. Japan classifies devices by Japanese generic names (JMDN), each linked to a class from I (extremely low risk) to IV (high risk). The class decides whether the route is a marketing notification (Class I), third-party certification (many Class II and some Class III devices with certification standards) or MHLW approval after PMDA review.
Do not assume a forceps or retractor is Class I in Japan just because it is Class I in the US or Canada. Check the specific generic name. Our research did not confirm from an official source how common manual instruments are classified in Japan, and some lists exist only in Japanese. See the medical certifications page.
No. Japan’s QMS Ministerial Ordinance (MHLW Ordinance No. 169 of 2004, revised in 2021 to align with ISO 13485) is the legal requirement, and conformity is assessed by the PMDA or a Registered Certification Body at application and periodically, mainly for Class II to IV devices. An ISO 13485 certificate is useful evidence, but it does not replace the Japanese QMS conformity assessment.
MDSAP audit reports can be used by the PMDA in QMS inspections, which is one reason manufacturers targeting several markets choose MDSAP. Registered Certification Bodies act in a regulatory role here, not as ordinary ISO certification bodies. See the medical certifications page.
According to FDA’s MDSAP page, Singapore’s Health Sciences Authority (HSA) is an official observer of the Medical Device Single Audit Program, not a member. Observers do not necessarily use MDSAP audit reports the way the five members (Australia, Brazil, Canada, Japan and the US) do.
What matters more for Singapore registration is HSA’s reference regulator list. An approval from TGA, an EU notified body, Health Canada, Japan’s MHLW or US FDA for the same labeled use can support an abridged evaluation. An MDSAP certificate can still serve as QMS evidence for a dealer’s license or a buyer’s due diligence. Singapore listings are on the Singapore country page.
The EU MDR lets each member state decide the language or languages required for labels and instructions for use. Spain’s national rules should be checked with AEMPS, the Spanish agency for medicines and medical devices, for the current requirement and any accepted exceptions for professional-use devices.
If you sell the same instruments in Spain and Latin America, do not assume one Spanish label fits all markets. Mexico, for example, has its own labeling standard (NOM-137). Agree with the manufacturer who provides and controls translations. Spanish distributors are listed on the Spain country page.
An MDSAP certificate shows a quality management system audited against ISO 13485 plus the requirements of the jurisdictions selected in the audit. It is most useful for the five member markets: it is mandatory for Health Canada Class II to IV licenses, FDA may accept MDSAP reports in place of routine inspections, the TGA accepts MDSAP evidence, the PMDA can use reports in Japanese QMS inspections, and ANVISA is a member.
Check which jurisdictions the certificate covers, and remember it never replaces product authorization. Taiwan’s own TFDA is an MDSAP affiliate member, per FDA’s page. Taiwanese companies, currently more than 20, are listed on the Taiwan country page.
Only a Brazilian legal entity (a manufacturer or importer) can hold an ANVISA notification or registration (the “detentor”). The holder needs an ANVISA company operating authorization (AFE), files in its own name, communicates changes and keeps the technical dossier. The foreign manufacturer authorizes it through a consularized or apostilled declaration.
If your distributor is the holder, changing distributor can mean moving registrations. Many foreign manufacturers therefore use an independent holder so they can change distributors more freely. That is a commercial practice, not a legal requirement. Brazilian companies, currently more than 60, are listed on the Brazil country page.
It is a strategic choice. Every device marketed in Japan needs a licensed, Japan-based Marketing Authorization Holder (MAH) responsible for quality, safety and post-market duties. If the distributor acts as MAH and holds the certification or approval, the product registration is tied to that company. Changing distributor later can then mean re-establishing the registration.
Alternatively, a foreign manufacturer can hold the approval or certification in its own name and appoint a Designated MAH (D-MAH) in Japan to market the device, keeping control of the registration. Foreign manufacturing sites must be registered with MHLW through the PMDA either way. Japanese companies are listed on the Japan country page.
Yes, as in any EU country. Under the EU MDR, the manufacturer, authorized representative, importer and distributor have different legal duties, and one company can hold several roles. Ask a Danish supplier which role it holds for each product line. If it is a distributor, ask who the legal manufacturer is; if it imports from outside the EU, ask for its EUDAMED registration as importer.
Also ask how complaints and incidents reach the manufacturer and the Danish Medicines Agency. A short role statement in the supply agreement avoids gaps. Listings are on the Denmark country page.
Initial importers are among the establishment types FDA lists as needing to register; FDA’s who-must-register table sets out the details. Importers also have medical device reporting duties: report deaths and serious injuries to FDA and the manufacturer, and malfunctions to the manufacturer, within 30 calendar days, electronically.
An importer does not need its own 510(k) if the foreign manufacturer holds one for the device. If an importer relabels or repackages, it takes on additional obligations as a relabeler or repackager. When choosing a US importer or distributor from the United States directory, ask how it handles complaint files, reporting and recalls for the brands it carries.
Typically Class I. Rule 3 of Schedule 1 to the Medical Devices Regulations places surgical or dental instruments that are reusable and not intended to be connected to an active device in Class I, despite the general rules for invasive devices. Class I devices do not need a Medical Device License (MDL).
Disposable instruments, or instruments connected to an active device, may be Class II or higher and then need an MDL supported by an MDSAP certificate. Manufacturers are responsible for classifying their own devices, using Health Canada’s guidance and keyword index. See the medical certifications page.
EDE’s service page for a device marketing authorization lists, among others:
EDE states five-year validity. How EU MDR certificates are referenced is unclear; confirm with EDE. See the medical certifications page.
In outline, under FDA rules:
Fees change each fiscal year. Browse US-based companies on the United States country page and see the medical certifications page.
A non-EU manufacturer must designate a single EU authorized representative by written mandate (Article 11 of the EU MDR), and an EU company, for example one in Spain, can take on that role. The authorized representative must:
The authorized representative’s details appear on the labeling. It is not automatically the importer or distributor. Browse Spanish companies on the Spain country page.
Because the EU treats Switzerland as a third country for medical devices, a Swiss manufacturer exporting to the EU is in the same position as any non-EU manufacturer. It needs an EU authorized representative under a written mandate, and conformity assessment by an EU-designated notified body where the class requires one (for example the reuse aspects of Class Ir instruments). Certificates from Swiss conformity assessment bodies are not recognized for CE marking.
EU importers of Swiss devices take on importer duties under Article 13 of the MDR. The political status of the EU-Swiss agreement could change, so check current arrangements. Swiss companies are on the Switzerland country page.
ARTG inclusion is for a “kind of device” under a specific sponsor. If that sponsor is your distributor and you move to another distributor, the ARTG entry does not automatically follow; changing sponsor requires a TGA process, and the new sponsor takes on the obligations.
Before appointing a distributor-sponsor, agree in writing who controls the ARTG entries and the technical evidence, and how a handover would work. Some overseas manufacturers use an independent sponsor service so they can change distributors more easily. Australian listings, including the Bayswater city page, are on the Australia country page.
KGMP is MFDS’s medical device Good Manufacturing Practice requirement. Korean manufacturers and importers must meet these quality system standards, assessed by audit, before supplying devices, and a GMP certificate is issued after a successful audit. MFDS publishes an English compilation of its Medical Device GMP Regulations, updated in February 2026.
Our research did not confirm KGMP scope by class, any Class I exemption, certificate validity or how foreign sites are audited, so check those points with MFDS or the importer. An ISO 13485 certificate is relevant background but is not the same as a KGMP certificate. See the medical certifications page.
SAHPRA establishment licenses cover different activities:
Each licensed establishment needs an authorized representative, who must be a natural person based in South Africa, and a quality management system. Manufacturers and distributors need an ISO 13485:2016 certificate from an accredited body at license renewal. For Class C and D devices, the licensing guideline asks for evidence of approval by a recognized foreign regulator. See the South Africa country page.
Under Order No. 739, imported devices must carry Chinese-language instructions and labels that match the registered or filed content. Used, expired or obsolete devices may not be imported, and imported devices are subject to entry inspection, so devices that fail it may not be imported. A UDI system is being implemented step by step by device category, with higher-risk categories first.
Registrants must also run adverse event monitoring, recall and traceability systems. Detailed labeling rules and UDI phase dates are in separate NMPA measures, so check the current versions before printing labels. See the medical certifications page.
RDC 751/2022 requires labels and instructions for use in Portuguese. They must include the Brazilian holder’s name and address and, where applicable, manufacturing and expiry dates. For reusable devices, the information must cover reprocessing: cleaning, disinfection, packaging, the re-sterilization method and any limit on the number of reuses.
Label artwork and IFU are submitted with the notification or registration petition. A manufacturer exporting to Brazil therefore needs validated reprocessing instructions translated into Portuguese before filing. Some devices also need INMETRO conformity certification, so check whether that applies. See the medical certifications page.
For imported Class I and II notifications, RDC 751/2022 asks for a declaration from the legal manufacturer. It must authorize the Brazilian applicant and confirm knowledge of and compliance with B-GMP. It must be consularized or apostilled, in Portuguese, English or Spanish (or with a sworn translation), and no more than two years old if it states no validity. Class III and IV registrations also need proof of registration or free sale in the country of manufacture or sale.
Petitions missing mandatory documents can be refused without a technical query. Listed Brazilian companies are in cities such as São Paulo, Rio Claro and Ribeirão Preto; see the Brazil country page.
Under rule 19 of the Medical Devices Rules, 2017 as notified, enlistment and registration holders (local manufacturers and importers) must keep organized records of complaints, batch failures, labeling errors, unexpected side effects and performance failures. They must also:
S.R.O. 1049(I)/2025 amended rule 19, so these deadlines may have changed; confirm with DRAP. See the medical certifications page.
Under Article 13 of the EU MDR, an importer established in the EU, for example a German company buying from a Pakistani or Chinese factory, must verify before placing the device on the market that:
The importer must add its own name and address to the device, packaging or an accompanying document, register in EUDAMED and keep complaint and traceability records. An importer that changes the labeling or intended purpose may take on manufacturer obligations. Find German importers and distributors on the Germany country page.
Under the Medical Device Act 2012 and its regulations, registered devices and licensed establishments carry post-market duties. These include keeping distribution records, handling complaints, reporting incidents and carrying out recalls. Establishment licenses must be renewed with fees, and distributors follow good distribution practice requirements as applicable.
For buyers, a Malaysian distributor should be able to show its establishment license, the device’s MDA registration and its complaint and recall procedures. Fees and the registration validity period were not verified in our research; check MDA before relying on figures. See the medical certifications page.
The EU MDR scales post-market surveillance (PMS) reporting by class. Class I manufacturers, including makers of reusable Class Ir instruments, prepare a PMS report. Class IIa, IIb and III manufacturers prepare periodic safety update reports (PSURs), with frequency set by class. All must run a PMS plan, report serious incidents and field safety corrective actions, and report statistically significant increases in non-serious incidents.
Until EUDAMED’s vigilance module is mandatory, reports for incidents in Spain go to the Spanish competent authority, AEMPS, through national routes. Buyers can ask a supplier for a summary of its PMS process and complaint data. See the medical certifications page.
Strengthened post-market surveillance (PMS) requirements took effect in Great Britain on 16 June 2025 under SI 2024/1368. They apply to UKCA- and CE-marked devices alike. Manufacturers, supported by their UK Responsible Person, must:
Exact reporting timelines are in MHRA implementation guidance. For buyers, a supplier selling into the UK should be able to describe its complaint handling and incident reporting process. See the medical certifications page.
Korea’s Medical Devices Act uses four GHTF/IMDRF-harmonized classes, and the class decides the route:
A designated review body handles most Class I and II files. Some go directly to MFDS: those needing clinical reports, digital healthcare devices, devices with undefined nomenclature, and drug-device combinations. Clinical trial reports are needed where intended use, mechanism or materials differ significantly from existing devices. How reusable surgical instruments are classed in Korea was not verified in our research. See the medical certifications page.
A quality management system that conforms to the Fifth Schedule of the Medical Devices Rules, 2017. It covers management responsibility, resources, product realization, measurement and improvement, with records available for audit by notified bodies or licensing authorities. The Fifth Schedule is broadly aligned with ISO 13485, and ISO 13485 certification is commonly used as evidence, but the legal requirement is the Fifth Schedule itself.
Applicants also prepare a device master file and a plant master file. When buying from an Indian manufacturer, ask for its license, its ISO 13485 certificate and the date of its last regulatory audit. See the medical certifications page.
Under the EU MDR, a non-EU manufacturer cannot place devices on the EU market without an EU authorized representative, and the company that first brings the device into the EU acts as importer. Before ordering directly, ask:
If no EU importer is involved, the buyer may itself take on importer duties. Take advice before buying direct. See the Greece country page.
MFDS licenses (manufacturing business license, product notification, certification or approval, KGMP certificate) show the device’s status in Korea, not elsewhere. Ask a Korean supplier for:
Listed Korean companies are in cities such as Daegu, Cheongju, Seoul, Gimpo and Wonju. See the South Korea country page.
Ask for its Medical Device Establishment License (MDEL) number and check it against Health Canada’s public listing. MDEL holders must:
For Class II to IV products, also check that the manufacturer holds a valid Medical Device License for the exact device. An MDEL does not certify any device. The directory currently lists 10 companies in Canada, with city pages for Toronto and Morrisburg; see the Canada country page.
Under Pakistan’s Medical Devices Rules, 2017, an importer needs a DRAP license to import for its premises. DRAP may inspect the storage against its good storage and distribution practice expectations, and the importer applies for enlistment or registration of each device as the foreign manufacturer’s authorized representative. Only then may the device be imported for sale.
Ask a Karachi importer for its DRAP import license, the enlistment or registration certificate for each product, and its written authorization from the manufacturer. The directory currently lists a few companies in Karachi; check each listing’s stated role. See the Pakistan country page.
Under SFDA’s MDS-REQ 9, importers and distributors must hold an MDEL. They also need a warehouse license or licensed third-party storage, documented storage, transport and traceability procedures, and AR details for each overseas manufacturer. Depending on the establishment category SFDA assigns, they need either an ISO 13485 certificate from an SFDA-accredited conformity assessment body or documented QMS evidence or an SFDA inspection report.
They must also ensure each device has a valid MDMA, a manufacturer-signed declaration of conformity and a UDI. Ask a prospective partner for its MDEL number and category, and the MDMA numbers for the products it sells. Saudi-based listings are on the Saudi Arabia country page.
Article 14 of the EU MDR requires distributors to verify, before supplying a device, that it is CE marked, has a Declaration of Conformity, carries the required labeling and instructions, and shows the importer’s details where it was imported. Distributors must also keep complaint and traceability records.
From a buyer’s side, ask a French distributor for the legal manufacturer’s name, the EU authorized representative (if the maker is outside the EU), the notified body certificate for Class Ir or higher devices, and the device’s UDI. The directory currently lists more than 25 companies in France, with a city page for La Ciotat. Listings are self-described; see the France country page.
Most Kenyan listings are in the capital: the directory currently has 9 companies on the Nairobi city page out of 11 in Kenya. Many may be importers or distributors rather than manufacturers, so ask each one:
Requirements should be confirmed with the PPB. See the Kenya country page.
Israel’s Ministry of Health regulates medical devices through its medical device registration division (AMAR). Before supplying, clarify with your Israeli partner:
Our core research did not cover Israel’s rules, so confirm the current requirements with the Ministry of Health. The directory currently lists 12 companies in Israel, including a couple in Petach Tikva; see the Israel country page.
The Czech Republic applies the EU MDR, so devices need CE marking through the correct conformity route, and importers and distributors must verify CE marking, the Declaration of Conformity, labeling and UDI before supply. The national competent authority is the State Institute for Drug Control (SÚKL), which handles national matters such as language requirements and vigilance reports for incidents in the country.
Until EUDAMED’s vigilance module is mandatory, serious incidents are reported through national routes. Confirm Czech-language labeling requirements with SÚKL. The directory currently lists 12 companies in the Czech Republic; see the Czech Republic country page.
A Singapore license or registration covers Singapore only. Neighboring markets have their own systems: Malaysia requires MDA registration with a Malaysian authorized representative and establishment licenses, Indonesia requires a Kemenkes marketing authorization filed by a licensed local distributor, and Thailand requires Thai FDA establishment registration and product listing, notification or licensing by class.
A Singapore partner may coordinate these, but each market still needs a locally licensed entity. The directory currently lists 7 companies in Singapore, all on the Singapore city page; see also the Singapore country page.
Plan for these Japan-specific items early:
The directory currently lists more than 60 companies in Japan, including more than 25 in Tokyo and more than 15 in Osaka. Japanese distributors may already act as MAHs for other brands, so ask about that. Listings describe each company’s own stated role; see the Japan country page.
Before signing, check that the company:
The authorized representative’s name and address go on your labeling, so changing it later means relabeling. See the Netherlands country page.
Check these points for each product line, not just the company:
The directory currently lists more than 40 companies in the UK, with city pages such as Sheffield. Listings are self-described and are not verification. See the United Kingdom country page.
The directory currently lists 5 companies in Argentina, a couple of them on the Buenos Aires city page. Before relying on an Argentine distributor, ask:
Confirm requirements with ANMAT, as our core research did not cover Argentina. See the Argentina country page.
Useful checks for a Swiss partner:
Swissmedic publishes guidance on economic operator obligations. Listings on the Switzerland country page are self-described and are not verification of these points.
Every MDR device, including self-declared Class I devices, needs technical documentation under Annexes II and III. For an instrument this usually includes:
Buyers rarely receive the full file, but can ask for a summary or the GSPR checklist. Italian manufacturers are on the Italy country page; see the medical certifications page.
SFDA requires a unique device identifier (UDI) on the label and packaging, in human-readable and machine-readable form, with device data submitted to the Saudi-DI database. Reusable devices reprocessed between patients must also carry a permanent direct-marked UDI readable through their intended life, unless a documented exemption applies (for example, if marking would affect safety or performance or is not technically feasible).
Labels follow MDS-REQ 1 Annex 1; information for lay users must be in Arabic and English, the SFDA logo may not appear on labels, and reusable devices need reprocessing instructions. Compliance dates are phased by risk class in an SFDA announcement, so check the date for your class. See the medical certifications page.
Any manufacturer based outside the UK that places devices on the Great Britain market, whether UKCA or CE marked, must appoint a UK Responsible Person (UKRP). The UKRP registers the devices with the MHRA, makes sure the declaration of conformity and technical documentation exist and can be provided to the MHRA, passes on complaints and incident reports, and ends the mandate (informing the MHRA) if the manufacturer breaches its obligations.
Importers and distributors do not automatically take on this role, but they may act as UKRP if appointed in writing. When buying from a UK company on the United Kingdom country page, ask whether it is the manufacturer, the UKRP or only a distributor for each brand.
Under Article 16 of the EU MDR, a distributor, importer or other person takes on the manufacturer’s obligations if it:
Translating information or repackaging is allowed only under the conditions Article 16 sets, including a certified QMS for those activities. A Spanish company selling private-label instruments made in Pakistan or Germany should therefore be clear about who is the legal manufacturer. The directory lists more than 30 companies in Spain, with city pages such as Madrid; see the Spain country page.
Under the EU MDR, manufacturers must report serious incidents and field safety corrective actions to the competent authority of the member state where the incident occurred. Until EUDAMED’s vigilance module becomes mandatory, these reports go through national routes using the European Commission’s report forms. For France, the competent authority is ANSM.
French importers and distributors must pass complaints and suspected incidents on to the manufacturer and cooperate with corrective actions. When buying from a non-EU manufacturer through a French distributor, ask how incidents reach the manufacturer and its EU authorized representative. See the medical certifications page.
Most listed Czech companies are in the capital: the directory currently has more than 5 companies on its Prague city page, with a couple each in Kladno and Brno, out of 12 in the country. Prague listings may include distributors and representative offices of foreign brands as well as manufacturers.
When a Czech company offers to act as your EU importer or authorized representative, ask for its EUDAMED registration and a written mandate or supply agreement setting out who does which MDR tasks. See all listings on the Czech Republic country page.
Class I, under Rule 6 of Annex I to RDC 751/2022. Transient surgically invasive devices are Class II unless they are reusable surgical instruments (Class I) or meet higher-risk conditions, such as contact with the heart, central circulatory system or central nervous system, which can make them Class IV. Class I and II devices are notified rather than registered.
Note that RDC 751 defines reusable surgical instruments more widely than some other jurisdictions: the definition covers instruments that may or may not be connected to an active device. Where several rules apply, the strictest applies, and ANVISA may challenge the declared class. See the medical certifications page.
Sweden applies the EU MDR and IVDR. The Swedish Medical Products Agency (Läkemedelsverket) is the competent authority for medical devices and handles national matters such as market surveillance, vigilance reports for incidents in Sweden and language requirements for labeling. Confirm Swedish-language requirements with the agency before supplying.
The directory currently lists 6 companies in Sweden. It has no Swedish city pages yet, so use the Sweden country page. As elsewhere in the EU, non-EU manufacturers need an EU authorized representative, and importers must add their details to the device or packaging.
Federal medical device registration has moved from the Ministry of Health and Prevention (MOHAP) to the Emirates Drug Establishment (EDE). MOHAP announced that requests for transferred services are submitted through the EDE portal from 29 December 2025. EDE registers manufacturers and grants device marketing authorizations; its service pages refer to Classes I to IV.
Emirate health authorities, such as the Department of Health in Abu Dhabi and the Dubai Health Authority, still regulate healthcare facilities and add their own rules. The transition is recent, so older MOHAP guides may be out of date and EDE pages may still change. UAE-based listings are on the United Arab Emirates country page.
Medical devices in Turkey are overseen by the Turkish Medicines and Medical Devices Agency (TITCK). Turkey has adopted national medical device rules aligned with the EU MDR, and CE marking is used for devices on the Turkish market. Some notified bodies based in Turkey are designated under the EU MDR, which can be checked in the European Commission’s NANDO database.
Turkish-specific obligations, such as product and company registration in national systems and Turkish-language labeling, should be confirmed directly with TITCK, because our core research did not cover Turkey. Browse the more than 25 Turkish companies listed on the Turkey country page.
Kenya’s Pharmacy and Poisons Board (PPB) regulates health products, including medical devices. According to FDA’s MDSAP page, the PPB is an affiliate member of the Medical Device Single Audit Program, which signals regulatory cooperation but does not mean MDSAP certificates replace Kenyan registration.
Our core research did not cover Kenya’s device registration and importer licensing rules, so confirm current requirements, including any local agent or importer obligations, with the PPB. The directory currently lists 11 companies in Kenya on the Kenya country page.
For devices sold in China, a domestic manufacturer needs product authorization and a manufacturing authorization matched to the class:
Distributors need a Class II business filing or a Class III business license. These authorizations cover the Chinese market. If you are importing from a Chinese factory into the EU, US or elsewhere, ask separately for the destination-market evidence (for example CE marking with a notified body certificate, or FDA registration and listing). The directory currently lists more than 70 companies in China; see the China country page.
Many non-EU regulators ask for proof that the device is legally marketed in its country of origin, plus quality system evidence. In the research behind this FAQ:
Allow time for notarization and attestation. Italian exporters are on the Italy country page; see the medical certifications page for each market.
Ask for documents that match your destination:
Pakistani DRAP licensing and export permits apply on the export side. Find suppliers on the Sialkot city page.
Under Schedule A of Pakistan’s Medical Devices Rules, 2017, a reusable surgical instrument is Class A (low hazard). That means enlistment rather than registration. The rules define it as an instrument for cutting, drilling, sawing, scratching, scraping, clamping, retracting, clipping or similar procedures, not connected to an active device, and intended to be reused after cleaning, disinfection or sterilization.
Two common exceptions move a product up: single-use surgical instruments such as single-use scalpels are given as Class B examples under Rule 6, and an instrument connected to an active device is above Class A. The applicant must state the class and the rule used, and disputes go to the Medical Device Board. See the medical certifications page.
HSA issues separate dealer’s licenses for manufacturers, importers and wholesalers of medical devices, applied for through SHARE. Each license holder must establish and maintain a quality management system appropriate to its activity, notify HSA of changes (such as risk classes handled, QMS certification or sites) and renew on time.
Foreign manufacturers usually supply through a Singapore-based importer that also acts as registrant. When choosing a partner on the Singapore country page, ask which licenses it holds. All listed Singapore companies are in Singapore city. Which QMS standards HSA accepts for each license type should be confirmed with HSA.
For devices other than Class I non-sterile, non-measuring devices, the sponsor needs manufacturer evidence. That can be a TGA conformity assessment certificate or comparable overseas regulator (COR) evidence. TGA guidance names:
The evidence must cover the same device and intended purpose, and using it does not remove Australian Essential Principles, labeling or sponsor duties. Which device types still need TGA certification should be checked per device. See the medical certifications page.
Only an MDSAP certificate issued by an auditing organization recognized under the Medical Device Single Audit Program. Each new Class II, III or IV license application must include the certificate number, the auditing organization’s name and a legible copy. Earlier CMDCAS certificates have not been accepted since 1 January 2019.
A plain ISO 13485 certificate from a non-MDSAP certification body is therefore not enough for a Canadian license, even if it is valid elsewhere. The same MDSAP audit can also serve the US, Brazil, Japan and Australia, though each regulator decides how it uses the report. Whether MDSAP certificates must accompany license amendments differs between guidance pages. See the medical certifications page.
Instruments made in Germany for the EU market fall under the EU Medical Device Regulation (EU MDR), which applies directly in every member state. Typical reusable instruments are Class Ir, so a notified body assesses the reuse aspects before the manufacturer signs the EU Declaration of Conformity and affixes CE marking with the notified body number. A German legal manufacturer does not need an EU authorized representative, but must register in EUDAMED and have a person responsible for regulatory compliance (PRRC) available.
National matters, such as the competent authority (in Germany, BfArM handles many device tasks) and language requirements, are set by German law. The directory currently lists more than 200 companies in Germany on the Germany country page.
Poland is an EU member state, so the EU MDR applies directly: CE marking after the correct conformity assessment (Class Ir instruments need notified body review of reuse aspects), an EU authorized representative for non-EU manufacturers, EUDAMED registration, and importer and distributor duties under Articles 13 and 14. National rules set the competent authority, the Office for Registration of Medicinal Products, Medical Devices and Biocidal Products (URPL), and the language requirements for labels and instructions.
Confirm Polish-language requirements with URPL before shipping. Polish companies, currently 20, are listed on the Poland country page.
The directory currently lists Turkish companies in cities including Ankara (about 10), Izmir, Istanbul (5 each) and Samsun (4). Listings are self-described, so for any Turkish supplier, verify:
See the Turkey country page for all listings.
The Health Products Regulatory Authority (HPRA) is Ireland’s competent authority for medical devices under the EU MDR and IVDR. It oversees economic operators in Ireland, receives vigilance reports for incidents in Ireland and publishes guidance, including a table of IVDR transitional provisions.
Irish companies may act as manufacturers, importers, distributors or EU authorized representatives for non-EU manufacturers, and each role carries different obligations. The directory currently lists 6 companies in Ireland, including several on the Dublin city page; see the Ireland country page.
The Danish Medicines Agency (Lægemiddelstyrelsen) is Denmark’s competent authority under the EU MDR and IVDR. That includes software that qualifies as a medical device, such as some diagnostic AI. Under the MDR, such software is classified by its intended purpose, mainly under Rule 11, and many diagnostic or decision-support products need notified body involvement. AI products may also fall under the EU AI Act.
Denmark is home to some of the developers in the Medical AI directory. A listing does not show a product’s CE status, so ask for its EU Declaration of Conformity and certificate. Instrument companies are on the Denmark country page.
The Health and Youth Care Inspectorate (IGJ) supervises medical devices in the Netherlands under the EU MDR and IVDR. It publishes guidance in English, including a summary of the MDR and IVDR transitional periods for legacy devices, and receives reports on incidents in the Netherlands.
Dutch companies often act as EU importers, distributors or authorized representatives for non-EU manufacturers. Ask which role a company holds for each brand and check its EUDAMED registration. The directory currently lists 5 companies in the Netherlands on the Netherlands country page.
Under the old EU Medical Device Directive, most reusable Class I instruments could be self-declared by the manufacturer. The EU MDR created Class Ir for reusable surgical instruments, where a notified body must assess the reuse aspects: cleaning, disinfection, sterilization, maintenance, functional testing and the related instructions. Because Pakistani manufacturers are outside the EU, they also need an EU authorized representative.
Regulation (EU) 2023/607 lets some up-classified legacy devices stay on the market until 31 December 2028 if conditions were met, including an application to an MDR notified body by the set deadlines. When a Sialkot supplier shows a CE mark, ask whether it relies on an MDR certificate or on legacy status. See the Sialkot city page.
Only an Australian sponsor can apply to include a device in the ARTG; overseas manufacturers cannot apply directly. The sponsor must be an Australia-based legal entity. It must hold, or have a written agreement to obtain, the manufacturer’s evidence of Essential Principles compliance and conformity assessment. It also reports adverse events, takes part in recalls, keeps distribution records and follows advertising rules for as long as the ARTG entry has effect.
Foreign exporters usually supply through an Australian distributor acting as sponsor, or a specialist sponsor service. Australian companies, currently more than 10, are listed on the Australia country page.
Companies give their addresses in different forms, so the directory currently has separate city pages for “New Taipei City” and “New Taipei”, each with a few listings. To see every company in that area, check both New Taipei City and New Taipei. Other Taiwanese city pages include Taipei, Taichung and Zhubei City.
A company’s listed city shows the address it gave, which may be an office rather than a factory. Ask suppliers where manufacturing takes place and which site their quality certificates cover.
Not always in a technical sense, but transparency about the product is increasingly expected. Many machine learning models cannot give a simple step-by-step reason for each output, so regulators focus on clear information for users: intended use, inputs, how the model was developed and tested, performance, and known limitations.
In the US, one of the criteria for clinical decision support to fall outside device regulation is that a healthcare professional can independently review the basis for its recommendations. FDA has also published transparency principles for machine learning devices with Health Canada and MHRA.
For buyers, a vendor’s ability to document how its model works and where it fails is often more useful than heat maps or confidence scores alone.
Most organizations assess an AI product against its intended purpose, evidence and fit with local practice. A typical evaluation covers:
Multidisciplinary review (clinical, IT, information governance, procurement) is common. See also the medical certifications guide.
AI is used in healthcare mainly to analyze data, prioritize work and reduce manual tasks. Common uses include:
In most deployments, AI supports a qualified professional rather than replacing them, and the same underlying technique can be a regulated medical device in one product and an unregulated administrative tool in another. The Medical AI directory groups companies by these application areas.
Medical AI is built, tested and labeled for a specific healthcare purpose, while general-purpose AI (for example, a public chatbot or a general image model) is designed for many tasks and is not normally intended or validated for clinical use.
The differences usually show up in:
Using a general-purpose tool for a clinical task does not make it validated for that task. WHO has published specific guidance on governing large multi-modal models in health.
No. Only AI with a medical purpose that meets a market’s medical device definition is regulated as a device. Many healthcare AI products are not devices, for example tools for:
In the US, the 21st Century Cures Act expressly excluded administrative support software from the device definition. Not being a device does not mean unregulated: privacy and data protection laws, contract and procurement rules and, in the EU, parts of the AI Act can still apply. Conversely, some AI that looks administrative, such as triage of patients by urgency, may be a device. Check each product’s status; see the medical certifications guide.
Generalizability is whether an AI model keeps performing as expected outside the data and settings it was developed on. Dataset shift is a change between the data a model was built on and the data it sees in use.
Shift can come from new scanners or imaging protocols, different patient populations, changes in disease prevalence, new coding practices, or updated clinical workflows. A model can look strong in a published study and still underperform at a new site.
Practical safeguards include asking for multi-site external validation, testing on a sample of your own data before go-live, and agreeing with the vendor how performance will be monitored and what happens if it drops. FDA’s draft AI lifecycle guidance discusses performance monitoring for AI-enabled devices.
Medical AI is usually grouped by where it is used. The Medical AI directory uses these technology categories:
The categories describe the application area, not regulatory status or quality. A company may appear in several categories, and two products in the same category can have very different intended purposes, evidence and approvals. Always check details with the company and the relevant regulator.
Medical AI can only be as reliable as its data, design and use. Commonly cited limitations include:
These limits are why regulators and WHO emphasize representative data, transparency, human oversight and post-deployment monitoring. Buyers should ask vendors how each limitation is addressed for their product and setting.
Intended purpose (intended use in FDA terminology) is what the manufacturer says the software is for: the medical task, the users, the patients and the conditions of use. It is set out in labeling, instructions for use, promotional material and technical documentation.
Intended purpose is central because it largely decides whether software is a medical device and how it is classified, both under FDA rules and under the EU MDR and IVDR. The same algorithm can be a non-device administrative tool for one purpose and a regulated device for another.
For buyers, the intended purpose also defines the boundaries of the evidence: using a product outside it (for example, on a different population) is off-label and may not be supported by validation data.
The World Health Organization has published guidance on the ethics and governance of artificial intelligence for health (2021), setting out principles such as protecting autonomy, promoting well-being and safety, ensuring transparency and explainability, fostering responsibility and accountability, ensuring inclusiveness and equity, and promoting AI that is responsive and sustainable.
In 2024 WHO added guidance specific to large multi-modal models (generative AI), covering risks such as inaccurate outputs, bias and data protection, with recommendations for governments, developers and healthcare providers.
WHO guidance is not a product approval or a legal requirement in itself, but it is widely used as a reference for governance policies and procurement criteria.
Hallucination is when a generative AI tool produces content that sounds plausible but is false or unsupported by its inputs, such as a symptom, medication or exam finding that was never mentioned in a consultation.
It matters most in documentation, summarization and question-answering tools, because errors can be copied into the medical record. Common safeguards are:
WHO’s guidance on large multi-modal models highlights inaccurate or false outputs as a key risk.
Automation bias is the tendency of people to over-rely on a suggestion from an automated system, either following an incorrect output or missing something because the system did not flag it.
FDA’s Clinical Decision Support Software guidance (issued January 2026) discusses automation bias and notes it increases in urgent situations where there is not enough time to consider other information. This is one reason FDA does not consider software intended for critical, time-sensitive decisions to meet the criteria for non-device CDS.
Organizations reduce automation bias through user training, clear display of the basis and limits of an output, workflows that keep independent clinical review, and monitoring of how the tool is actually used.
Bias in Medical AI means a system performs systematically better or worse for some groups of patients, settings or devices than for others. It often comes from training data that underrepresents certain ages, sexes, ethnic groups, disease stages, or types of equipment, or from labels that reflect past differences in care.
Bias is not always visible in a single headline performance figure. Useful questions for a vendor are:
The Good Machine Learning Practice principles published by IMDRF and by FDA, Health Canada and MHRA call for clinical study participants and data sets that are representative of the intended patient population.
Generative AI creates new content, such as text, images or summaries, rather than only classifying data. Large language models (LLMs) are generative models trained on very large text collections.
In healthcare they are mostly offered for drafting and summarizing: clinical notes from ambient audio, discharge summaries, patient letters, coding suggestions or answers searched from internal documents.
Key limits to understand:
WHO has issued guidance on the ethics and governance of large multi-modal models in health, and FDA has said it may tag LLM-based devices in future updates of its AI-enabled device list.
Good Machine Learning Practice (GMLP) is a set of guiding principles for developing safe and effective machine learning medical devices. FDA, Health Canada and the UK MHRA published 10 principles in 2021, and IMDRF published its own final GMLP guiding principles in January 2025.
The principles cover topics such as multidisciplinary expertise across the product lifecycle, good software engineering and security practices, data representative of the intended patients, independence of training and test data, focus on human-AI team performance, clear information for users, and monitoring of deployed models.
GMLP is not a certification. It is useful for buyers as a checklist of questions to ask a vendor about how a model was built and tested.
Medical AI is software that uses artificial intelligence techniques, most often machine learning, to support tasks in healthcare, such as analyzing images or signals, drafting clinical documentation, flagging patients who may need attention, or automating hospital administration.
The term is a broad industry label, not a regulatory category. Some Medical AI products are regulated as medical devices because of what they are intended to do; others, such as many scheduling or billing tools, are not. Whether a given product is regulated depends on its intended purpose and the rules of each market.
SurgiFacts.com lists Medical AI companies for business and technology discovery in the Medical AI directory. Listings are not medical advice or a statement about any product’s regulatory status.
Software as a Medical Device (SaMD) is software intended for one or more medical purposes that performs those purposes without being part of a hardware medical device. The term was defined by the International Medical Device Regulators Forum (IMDRF) and is used by FDA and other regulators.
Many AI products, such as image analysis software running on a server or in the cloud, are SaMD. By contrast, software that drives or is embedded in a device (for example, scanner control software) is usually called software in a medical device.
FDA also uses the broader term “device software functions”. Whether a particular AI product is SaMD depends on its intended purpose, and its status must be checked in each market where it is sold.
A locked algorithm gives the same output for the same input and does not change in use unless the manufacturer releases a new version. An adaptive (continuously learning) algorithm can change its behavior over time based on new data.
Most AI products marketed in healthcare today are updated through controlled version releases rather than learning on their own in the field. For changes to regulated devices, FDA has issued final guidance on predetermined change control plans (PCCPs), which let a manufacturer describe planned AI model modifications, and how they will be validated, in the original marketing submission.
When assessing a product, ask whether the model changes after deployment, who approves updates, how updates are validated and communicated, and whether the regulatory authorization covers the update process.
Rule-based software follows logic written explicitly by people (for example, “alert if a value exceeds a threshold”), while machine learning software learns patterns from training data and produces outputs that its developers did not program rule by rule.
This matters for buyers because:
Both kinds can be regulated medical devices if they have a medical purpose. Regulators such as FDA, Health Canada and MHRA have published Good Machine Learning Practice principles for ML-enabled devices.
Human oversight means qualified people stay responsible for clinical decisions and can detect, question and override AI outputs. It is a central principle in WHO guidance on AI for health and in Good Machine Learning Practice, which emphasizes the performance of the human-AI team rather than the model alone.
In practice, oversight includes:
The EU AI Act also includes human-oversight requirements for high-risk AI systems, which include AI that is a medical device requiring notified-body assessment.
It depends on what the feature is intended to do, not on the technology. A generative AI feature that drafts notes or patient letters is generally treated differently from one that suggests diagnoses or treatment for individual patients.
Ask vendors for the documented intended purpose and regulatory status of each generative feature in your market.
An AI scribe typically works in four steps:
Each step can introduce errors, so final responsibility for the note stays with the clinician. Ask vendors whether audio is stored, whether data is used to train models, and how fabricated or missing content is measured.
Rule 11 in Annex VIII of the EU Medical Device Regulation (EU) 2017/745 is the main classification rule for medical device software, including AI:
Class IIa and above require a notified body. MDCG 2019-11 gives guidance on qualification and classification of software; software for in vitro diagnostic purposes falls under the IVDR instead.
Medical AI usually integrates with existing systems through healthcare data standards rather than replacing them:
A typical imaging deployment routes studies to the AI, then sends results back as DICOM objects, structured reports or worklist flags. Ask vendors for an integration specification, required interfaces, and which EHR, PACS and RIS products they have integrated with. Confirm that standards support is real and tested, not just planned.
AI is used to analyze large clinical datasets, such as EHR records, registries, claims and imaging archives, for purposes including population health management, risk stratification, quality measurement, cohort identification for clinical trials, and research.
Natural language processing is often used to extract structured information from free-text notes and reports.
For these uses, the main concerns are data governance rather than device regulation: legal basis for processing, de-identification or pseudonymization, access controls, data quality, and bias in historical data. Analytics used for population or research purposes is generally not a medical device, but a tool that outputs patient-specific diagnostic or treatment recommendations may be. Check status with the vendor.
In administration, AI is used to suggest diagnosis and procedure codes from clinical documentation, check claims before submission, assemble documentation for prior authorization requests, manage denials, and automate patient intake and scheduling.
In the US, software intended for administrative support of a healthcare facility, including billing and claims processing, is excluded from the medical device definition under the 21st Century Cures Act. Other rules still apply, including privacy requirements and payer or coding compliance obligations.
Because coding and authorization outputs can affect reimbursement and patient access to care, keep human review, audit trails and clear accountability. Administrative AI vendors are typically listed under Clinical Workflow Automation or Other.
In neurology, AI is used mostly in imaging: stroke triage on CT and CT angiography, perfusion analysis, detection of hemorrhage, brain volume measurement on MRI, and EEG analysis.
Stroke tools are often deployed as triage and notification software that alerts the stroke team to suspected findings, such as a large vessel occlusion, so the images can be reviewed quickly. In the US, such radiological triage devices are classified under 21 CFR 892.2080, which states that they operate in parallel with the standard of care and do not remove cases from the reading queue.
Evaluate how notifications reach the team (mobile apps, pagers, PACS), the specific findings covered, and support for your scanners and protocols. Neurology tools are in the Radiology AI and Other categories.
Ophthalmology AI analyzes retinal photographs and optical coherence tomography (OCT) scans, most prominently to screen people with diabetes for diabetic retinopathy.
In April 2018, FDA granted a De Novo request for software indicated to automatically detect more than mild diabetic retinopathy in adults with diabetes, used with a specified retinal camera. FDA described it as the first device authorized to give a screening decision without a clinician also interpreting the images. The decision created the device type “retinal diagnostic software device” (21 CFR 886.1100).
Such authorizations are tied to specific cameras, image-quality requirements and patient groups. Screening programs still need referral pathways for positive or ungradable results. Ophthalmology vendors appear under Other or Medical Imaging AI in the directory.
AI-based monitoring and early-warning tools analyze vital signs, lab results and other EHR data to flag patients who may be deteriorating, for example toward sepsis or clinical decline, so the care team can assess them sooner.
Key considerations include:
Regulatory status depends on design and purpose. In the US, software that analyzes physiological signals, or is intended for time-critical alerts, generally does not meet the non-device CDS criteria. Under EU MDR Rule 11, software monitoring vital physiological parameters can be class IIb.
AI is used to screen large volumes of ECG data from patches, wearables and remote monitors, flagging possible arrhythmias or recordings that need clinician review. This helps manage the large amount of data produced by continuous monitoring.
Important distinctions for buyers:
In the US, software that analyzes physiological signals does not meet the criteria for non-device CDS. Confirm each product’s status, and check how alerts are routed to clinicians and documented.
General diagnostic imaging software stores, displays and manipulates images, for example PACS viewers, 3D reconstruction or measurement tools operated by the user. Radiology AI adds automated analysis that produces its own output, such as a detection, triage flag or quantitative result.
The distinction matters for evaluation:
Both can be regulated medical devices depending on intended use; in the US many image management and processing functions fall under device classifications. Many vendors now combine the two, so ask which functions are AI-based and which are covered by a regulatory authorization.
Not necessarily; intended purpose decides. Software that only presents information for a professional to review can fall outside device rules, while software that produces a diagnosis, analyzes images or signals, or drives a treatment decision is generally a regulated device.
The same product can therefore be non-device CDS in the US and a class IIa device in the EU. See the medical certifications guide.
Generally, no. Most robot-assisted surgical systems in clinical use are controlled directly by the surgeon from a console; they translate the surgeon’s hand movements into precise instrument movements. FDA notes that such a device “is not actually a robot because it cannot perform surgery without direct human control.”
AI may be added in specific functions, such as video analysis, image guidance, planning, or performance analytics, but that is different from a system that operates autonomously.
When a vendor describes a surgical robot as AI-powered, ask exactly which functions use AI and what each function’s regulatory status is. In the EU, AI that is a safety component of a regulated product can be high-risk under the AI Act.
DICOM is the international standard for medical images and related information. PACS (picture archiving and communication system) stores and displays images; RIS (radiology information system) manages orders, scheduling and reports.
Imaging AI typically receives studies from the modality or PACS via DICOM, often through a router or AI orchestration layer that sends each study only to relevant algorithms. Results come back as DICOM secondary captures, overlays, structured reports or segmentation objects, and as flags or messages to the RIS, worklist or EHR.
Ask vendors which DICOM objects they produce, how results display in your existing viewer, how studies are selected and anonymized if processed off-site, and how failures are reported.
Under section 520(o)(1)(E) of the FD&C Act, added by the 21st Century Cures Act, a software function is not a device only if it meets all four criteria. As summarized in FDA’s guidance, it must:
FDA does not consider software for critical, time-sensitive decisions to meet the fourth criterion. Patient-facing software does not meet the third.
A whole-slide image (WSI) is a high-resolution digital scan of an entire glass pathology slide, which can be viewed and navigated on screen at different magnifications, much like a microscope.
WSIs are very large files, often gigabytes per slide, so digital pathology needs fast scanners, substantial storage, network capacity and viewing software. They are the input for pathology AI.
FDA describes a whole slide imaging system as an automated digital slide creation, viewing and management system intended as an aid to the pathologist to review and interpret digital images of surgical pathology slides. Formats vary between scanner vendors, and DICOM has been extended to support whole-slide imaging, which helps interoperability between scanners, archives and AI tools.
AI image reconstruction and denoising use deep learning to produce clearer images from raw scanner data or to reduce noise and artifacts, for example in CT or MRI. Vendors often position these tools as supporting lower-dose or faster scanning protocols.
Unlike detection software, these tools change the image the clinician reads rather than adding a finding. Questions to ask include:
These functions are typically regulated as part of the imaging device or as image processing software, depending on the product and market.
AI medical transcription automatically turns recorded clinical audio, such as dictations or consultations, into written text, sometimes followed by human editing (a hybrid model) before the document is returned.
It differs from real-time speech recognition mainly in workflow: transcription is usually asynchronous, working on audio files after the event, while speech recognition displays text as the clinician speaks. Some services combine automatic transcription with professional medical editors for quality control.
When comparing services, check turnaround time, accuracy measurement method, how corrections are handled, supported specialties and languages, where audio is stored and for how long, and whether the provider will sign the data processing agreements your jurisdiction requires.
AI triage software analyzes incoming imaging studies and flags those that may contain a time-sensitive finding so clinicians can review them sooner, for example by moving a study up the worklist or sending a notification.
In the US, FDA has a device classification for radiological computer-aided triage and notification software (21 CFR 892.2080). As described in that regulation, such a device notifies clinicians of time-sensitive images, does not mark the finding on the original image, does not remove cases from the reading queue, and operates in parallel with the standard of care.
Triage is therefore not a diagnosis: every study still needs to be read. When evaluating triage tools, ask about the target findings, notification workflow and how missed cases are handled.
AI-assisted reporting helps clinicians create reports faster or more consistently, for example by pre-filling structured report templates with measurements or findings from image analysis, suggesting impressions, or converting free text into structured formats.
It is common in radiology, cardiology and pathology. The report remains the clinician’s responsibility, and any pre-filled content must be checked against the images or data.
When evaluating a product, separate the functions: inserting results from an authorized analysis tool, generating draft text with a language model, and formatting or templating. Each has different risks and, depending on intended purpose, a different regulatory status. Also check compatibility with your reporting system and how AI-generated content is marked in the final report.
AI-powered medical image analysis uses machine learning, often deep learning, to process images and return outputs such as detected regions, segmentations, measurements, quantitative scores or classifications.
It is used beyond radiology, including in cardiology (echocardiography), pathology (whole-slide images), dentistry (intraoral and panoramic radiographs), ophthalmology (retinal photographs and OCT) and dermatology. Outputs may be shown as overlays, structured results or notifications.
Because the software analyzes medical images, in the US it does not meet the criteria for non-device clinical decision support, and image analysis with a medical purpose is commonly regulated as a device. The Medical Imaging AI category in the Medical AI directory covers these companies.
Ambient clinical documentation uses AI to listen to a clinician-patient conversation, with consent, and draft a clinical note automatically, so the clinician does not need to dictate or type during the visit.
These tools, often called AI scribes, typically combine speech recognition, speaker separation and a large language model that summarizes the conversation into a structured note, which the clinician reviews, edits and signs in the EHR.
Points to consider include patient consent and notice, accuracy (including omitted or invented details), specialty templates, EHR integration, audio retention and data protection. Regulatory status depends on intended purpose: drafting documentation is different from a feature that suggests diagnoses or treatment. See the Clinical Documentation AI filter in the Medical AI directory.
Autonomous AI produces a clinical output, such as a screening result, that is used without a clinician reviewing the underlying images or data for that case. Most Medical AI is assistive instead, meaning a clinician reviews the output before acting.
Autonomous use places more weight on the evidence, image-quality checks, defined patient populations and referral pathways, since there is no case-by-case expert check. A well-known example is diabetic retinopathy screening software that FDA authorized through the De Novo pathway in 2018.
When a vendor describes a product as autonomous, check the exact wording of its authorized intended use in your market. A product authorized as assistive in one jurisdiction should not be used autonomously because of its status elsewhere.
Cardiology AI applies machine learning to cardiac data, mainly ECGs, echocardiography, cardiac CT and MRI, and data from wearable or implantable monitors.
Typical functions include:
Because these tools analyze physiological signals or images, they are commonly regulated as medical devices when they have a medical purpose. Each product’s authorization is limited to specific inputs, devices and populations. Use the Cardiology AI filter in the Medical AI directory.
Clinical decision support software provides clinicians with patient-specific information, alerts or recommendations to help with prevention, diagnosis or treatment decisions. Examples include drug-interaction alerts, guideline reminders, risk scores and AI-generated predictions.
CDS can be rule-based or use machine learning, and it is usually delivered inside the EHR. Not all CDS is a medical device. In the US, software that meets all four criteria in section 520(o)(1)(E) of the FD&C Act is excluded from the device definition, as explained in FDA’s Clinical Decision Support Software guidance (current version issued January 2026). CDS that analyzes images or signals, or is meant to replace clinician judgment, generally remains a device.
Find vendors under Diagnostic Decision Support in the Medical AI directory.
Clinical speech recognition converts a clinician’s dictated speech into text, using vocabularies and language models tuned for medical terms, drug names and report structures. It is widely used for radiology reports, clinic letters and EHR notes.
The clinician dictates deliberately, often with voice commands and templates, and then reviews and signs the text. Accuracy depends on the speaker, microphone, background noise, specialty vocabulary and language or accent support.
Speech recognition used for documentation is generally treated as a productivity or administrative tool rather than a medical device, but data protection rules still apply to recorded audio and transcripts. Find vendors under the Speech Recognition filter in the Medical AI directory.
Clinical workflow automation AI takes over repetitive tasks around care delivery, such as routing referrals, summarizing records before a visit, drafting replies to patient messages, preparing handover lists, reconciling orders or extracting data from scanned documents.
The aim is to reduce manual workload and delays. Many of these functions are administrative or documentation tools rather than medical devices, but outputs that influence clinical decisions should still be reviewed by staff, and the risk of errors being copied into the record should be managed.
Evaluate integration with your EHR and other systems, audit trails, how exceptions are escalated to people, and data protection. Use the Clinical Workflow Automation filter in the Medical AI directory.
Dental AI analyzes dental images, mainly bitewing, periapical and panoramic radiographs and sometimes cone-beam CT, to help dentists detect and annotate findings, take measurements or document charts. Some tools also support treatment planning or patient communication.
When evaluating dental AI, check:
Find vendors under the Dental AI filter in the Medical AI directory.
Diagnostic workflow support AI helps organize and speed up the diagnostic process rather than making a diagnosis itself. Examples include routing studies to the right specialist, matching prior exams, checking protocol selection, pre-populating measurements, tracking follow-up recommendations, and flagging incomplete orders.
These tools can reduce delays and missed follow-ups, but they still shape what clinicians see and when. Assess them on integration with RIS, PACS, LIS and the EHR, how they behave when data is missing, and what happens if the tool goes down.
Some workflow functions are non-device software, while others (such as triage based on image analysis) are regulated. Ask vendors which functions are covered by a regulatory authorization in your market.
HL7 FHIR (Fast Healthcare Interoperability Resources) is a standard published by HL7 International for exchanging healthcare information electronically. It defines “resources” such as Patient, Observation and DiagnosticReport, accessed through web-based APIs.
For Medical AI, FHIR matters because it can let a product read the data it needs from an EHR and write results back in a structured way, with less custom interface work. It is also used by EHR app platforms that allow third-party applications to launch inside the clinician’s workflow.
FHIR support varies by EHR, version and implementation, so “FHIR-compatible” does not guarantee plug-and-play integration. Ask which FHIR version, resources and profiles a vendor uses and test them in your environment.
Hospital operations AI uses data to plan and manage resources, for example forecasting admissions and emergency demand, managing bed capacity and patient flow, scheduling operating rooms and staff, predicting no-shows, and optimizing supply chains and equipment use.
These tools usually support managers rather than clinical decisions and are therefore generally outside medical device rules; in the US, software for administrative support of a healthcare facility is excluded from the device definition. They still require attention to data quality, forecasting accuracy, transparency of recommendations, and privacy where patient-level data is used.
Find vendors with the Hospital Operations AI filter in the Medical AI directory.
Pathology AI analyzes digitized pathology slides (whole-slide images) to support pathologists, for example by highlighting regions of interest, counting cells, quantifying biomarkers or prioritizing cases.
It relies on digital pathology infrastructure: slide scanners, image management systems and viewers. In the US, FDA regulates whole slide imaging systems as class II devices (21 CFR 864.3700), and AI analysis software with a diagnostic purpose is also generally a device. In the EU, software intended for in vitro diagnostic purposes may fall under the IVDR rather than the MDR.
Ask about compatible scanners and file formats, staining and tissue types covered, integration with the laboratory information system, and whether results are validated for your lab’s processes. See the Pathology AI filter in the Medical AI directory.
Radiology AI is software that analyzes medical images such as X-ray, CT, MRI, mammography or ultrasound to support radiologists, for example by detecting or measuring findings, prioritizing urgent studies, or drafting parts of a report.
Products range from single-finding tools (one condition on one modality) to multi-finding packages, and they are usually deployed alongside PACS so results appear in the reading workflow. Many radiology AI tools with a diagnostic or triage purpose are regulated as medical devices; radiology is the largest review panel in FDA’s list of AI-enabled devices.
Performance and authorization are specific to each product’s intended use, modality and population. Use the Radiology AI filter in the Medical AI directory to find companies, then confirm status in your market.
Speech recognition writes down what the clinician deliberately dictates; ambient AI listens to the natural conversation and writes a summary note on the clinician’s behalf.
Many vendors offer both. The directory lists them under Speech Recognition and Clinical Documentation AI; compare them by workflow need rather than by label.
Beyond radiology, cardiology, pathology, dentistry, neurology and ophthalmology, AI products are offered in many areas, including:
FDA’s AI-enabled device list can be sorted by review panel to see the range of specialties with authorized AI devices in the US. Specialties without their own filter appear under Other in the Medical AI directory.
No. The Medical AI directory is a business and technology discovery resource. A listing shows that a company works in the Medical AI field; it does not mean SurgiFacts.com has assessed, endorsed or verified the regulatory status, safety or performance of any product.
Regulatory status is specific to each product, version, intended use and market, and only the manufacturer and the relevant regulator can confirm it. Use official sources such as FDA databases or EU certificates and declarations of conformity.
The site does not provide medical advice. For how listings are handled, see the listing policy; for regulatory background, see the medical certifications guide.
No. Each market has its own medical device rules, and an authorization in one jurisdiction does not grant market access in another.
Even the intended use, indications and approved software version can differ between markets. Ask the vendor for evidence of status specifically in your country. The medical certifications guide explains the main frameworks.
Medical AI developers, manufacturers, healthcare IT providers, distributors, resellers, implementation partners, platform providers and startups can request a listing through the get listed page.
Helpful information to include: company name and website, country, company type, technology categories, main products and the markets you serve. If you describe regulatory status, provide verifiable details such as FDA submission numbers or the notified body and certificate details, so they can be checked against official sources.
Listings are subject to the listing policy, and a listing does not imply endorsement or confirmation of regulatory status.
Use the Medical AI directory, which lists companies that develop, supply or implement AI for healthcare.
You can narrow results by:
The directory is for business and technology discovery. A listing does not mean that SurgiFacts.com has evaluated a product, endorses it, or has confirmed its regulatory status. Always verify details directly with the company and the relevant regulator.
Check official sources rather than relying on a vendor’s statement or logo:
Confirm that the authorized intended use, software version and indications match how you plan to use the product. If a product is described as “not a medical device”, ask for the rationale. See the medical certifications guide.
Assess both legal compliance and technical security. Typical checks:
Involve your privacy and information security teams early.
Start with the instructions for use or labeling, not the brochure, and check each element against your planned use:
Any gap, such as pediatric patients when only adults were studied, means you are outside the evidence and, for regulated devices, possibly outside the authorized use. Document how your use matches the intended purpose.
Plan integration early, because it often decides whether a tool gets used. Typical steps:
Implementation partners and platform providers can be found in the Medical AI directory.
FDA reviews AI-enabled devices through the same premarket pathways as other devices, based on risk:
FDA has also issued final guidance on predetermined change control plans for AI-enabled device software functions and a draft guidance on AI lifecycle management and marketing submissions. Note the terms: FDA “clears” 510(k)s, “grants” De Novo requests and “approves” PMAs. See the medical certifications guide.
The EU AI Act (Regulation (EU) 2024/1689) classifies an AI system as high-risk under Article 6(1) when it is a medical device, or a safety component of one, that requires third-party conformity assessment by a notified body under the MDR or IVDR. According to MDCG guidance, this generally includes AI devices in MDR class IIa, IIb and III and IVDR classes B, C and D, but not MDR class I devices that need no notified body.
High-risk AI systems must meet AI Act requirements, such as risk management, data governance, technical documentation, logging, transparency, human oversight, accuracy, robustness and cybersecurity, alongside MDR or IVDR requirements. Joint guidance MDCG 2025-6 / AIB 2025-1 explains how the regimes interact: AI Act requirements are assessed as part of the MDR or IVDR conformity assessment, with a single set of technical documentation.
AI that is not a device may fall under other AI Act provisions. See the medical certifications guide.
In the UK, the Medicines and Healthcare products Regulatory Agency (MHRA) regulates software and AI with a medical purpose as medical devices. As with the EU and US, intended purpose determines whether a product qualifies.
MHRA publishes guidance on software and AI as a medical device and runs the AI Airlock, a regulatory sandbox for AI as a medical device that explores regulatory challenges with selected products. With FDA and Health Canada, MHRA co-published Good Machine Learning Practice and related transparency principles.
UK market requirements, including marking and registration, differ from EU CE marking arrangements in some respects, and they have been changing. Check MHRA’s current guidance for the product and the part of the UK where it will be used.
Read performance metrics together with the population and setting they come from. Common metrics include:
A tool with high sensitivity can still generate many false alerts where a condition is rare. Check the operating threshold, the reference standard, confidence intervals and whether results came from an independent dataset. Ask for figures in a population like yours.
Either can work; the choice depends on your data protection obligations, IT capacity, performance needs and the vendor’s supported options.
Ask where data is processed and stored, which subcontractors are involved, whether data is used to improve models, how updates are delivered, and what happens if connectivity fails. Under the GDPR, transfers outside the EEA need a valid transfer mechanism.
Beyond price, Medical AI contracts should cover:
Seek legal and procurement advice for your jurisdiction.
For regulated AI devices, ask for the cybersecurity information the manufacturer prepares for regulators and customers, such as:
FDA’s premarket cybersecurity guidance sets expectations for device submissions, including SBOMs, and the EU MDR requires software to be developed with information security in mind. AI-specific risks, such as manipulated inputs or tampering with models, should also be addressed in the threat model.
Company types describe a business’s main role in bringing AI to healthcare organizations:
Companies can hold more than one role. Filter by type in the Medical AI directory.
Look for evidence that matches your intended use, patients and setting:
Then plan a local evaluation or pilot on your own data before full rollout, with agreed success criteria.
An AI platform or marketplace is a single environment through which a healthcare organization can access several AI applications, often from different developers, under one integration and sometimes one contract.
In imaging, platforms typically handle DICOM routing (sending each study to relevant algorithms), display of results in existing viewers, user management and monitoring. This can reduce the effort of integrating each algorithm separately.
Points to check:
Platform providers can be found with the company-type filter in the Medical AI directory.
FDA publishes a list of AI-enabled medical devices that have been authorized for marketing in the United States. Each entry shows the submission number, device name, company, review panel, primary product code and decision date, with links to FDA database records. The list can be downloaded.
Limitations to keep in mind:
The list helps verify a vendor’s US claim, but always check the specific record and intended use. Radiology accounts for most entries.
Post-market monitoring is the ongoing collection and review of real-world information about a product after it is on the market, including performance, complaints, incidents and changes in the environment it is used in.
For regulated devices, manufacturers have legal duties: the EU MDR requires a post-market surveillance system and incident reporting, and US manufacturers must report certain adverse events to FDA. For high-risk AI, the EU AI Act adds post-market monitoring obligations.
Healthcare organizations also play a role: monitor local performance and drift, report errors to the vendor, and define who reviews performance data and how often. Ask the vendor what monitoring tools and reports it provides and how it informs customers about safety issues.
A research or investigational AI tool is used in studies to generate evidence and is not authorized for routine clinical use. A commercially available product has been placed on the market, which for a regulated device means it holds the required authorization for its intended purpose in that market.
Signs that a product is research-only include labels such as “research use only” or “investigational use”, use under an ethics-approved study protocol, or published results without a marketed version. Published accuracy figures may also come from earlier model versions.
Ask vendors whether the version you are buying is the same one that was studied, whether it is authorized in your country, and whether any features are still investigational.
An AI developer creates the product and, for regulated software, is usually the legal manufacturer responsible for its design, evidence and regulatory compliance. A distributor or reseller sells and may support that product in particular markets. An implementation partner integrates and configures it in your environment.
Why it matters when buying:
Ask each party what they are responsible for, and confirm who the legal manufacturer is. The EU MDR also sets specific obligations for importers and distributors.
Ask for documents rather than marketing claims. A useful request list:
See also the medical certifications guide.
AI products change over time, so agree in advance how updates will work:
Build these into the contract and service-level agreement, along with responsibilities shared with any distributor or implementation partner.
According to the European Commission, rules for high-risk AI embedded in products covered by EU product legislation listed in Annex I of the AI Act, which includes the MDR and IVDR, have an extended transition period until 2 August 2028. Stand-alone high-risk systems listed in Annex III apply from 2 December 2027.
These dates follow the AI Omnibus amendment, Regulation (EU) 2026/1744, which the Commission says entered into force on 27 July 2026. The AI Act’s original timetable had set 2 August 2027 for Annex I products.
Some other AI Act provisions, such as the prohibited practices, already apply. Timelines have changed before, so check the current Official Journal text and Commission guidance before planning compliance or purchases.
AI software is generally a medical device when its manufacturer intends it for a medical purpose, such as diagnosis, prevention, monitoring, prediction, prognosis or treatment of disease, for individual patients.
The technology (AI or not) does not decide status. See the medical certifications guide.
Local validation checks whether a product performs as expected with your patients, equipment, protocols and workflows before it influences care. Differences in scanners, populations, disease prevalence and documentation practice can change performance compared with published studies.
A typical approach:
Local testing complements, but does not replace, the manufacturer’s regulatory evidence, and it must follow your data protection and governance rules.
Yes, under current arrangements. MHRA guidance accepts CE-marked devices in Great Britain until 30 June 2028 for devices under the old Directives (MDD/AIMDD) and until 30 June 2030 for IVDD devices and for devices under the EU MDR and IVDR. On 21 October 2026 the UK government confirmed it will legislate to recognize EU MDR/IVDR CE-marked devices indefinitely and to align MDD timelines with EU dates; until that legislation is made, the published dates remain.
CE-marked devices must still be registered with the MHRA, and non-UK manufacturers still need a UK Responsible Person. Northern Ireland follows EU rules directly. See the medical certifications page.
Sometimes, but only as evidence, never as automatic permission. Several regulators accept or rely on decisions from reference regulators:
The local application, local representative, labeling and fees still apply, and the evidence must cover the same device and intended purpose. See the medical certifications page.
In many cases, yes, for a limited period. Regulation (EU) 2023/607 extended the MDR transitional provisions: devices with valid Directive (MDD) certificates or declarations can stay on the market until 31 December 2027 (Class III and Class IIb implantable) or 31 December 2028 (other Class IIb, IIa, and Class I devices that need a notified body under the MDR), but only if conditions are met.
Reusable instruments self-declared under the MDD that now need a notified body (Class Ir) are among the devices covered. Ask suppliers which status applies. See the medical certifications page.
No. Requirements depend on the device’s class and intended use in each market, and small differences change the route:
Check each product, not just the catalog family. See the medical certifications page.
Many do not. Under 21 CFR 878.4800, manual surgical instruments for general use (nonpowered, hand-held or hand-manipulated reusable or disposable instruments such as forceps, clamps, scalpels and retractors) are Class I and exempt from 510(k), subject to the limitations in 21 CFR 878.9.
“Exempt” does not mean unregulated. The establishment must still register and list, and labeling, UDI and medical device reporting rules apply. Instruments for specialty uses (for example dental, ophthalmic or orthopedic) are classified in other regulations and may differ, and listing a device as exempt is not proof that it is. Check the classification regulation and product code for each item. See the medical certifications page.
Yes. The MHRA requires all medical devices, including IVDs, custom-made devices and procedure packs, to be registered before they are placed on the Great Britain market, whether they carry UKCA or CE marking. Only UK-based manufacturers can register directly; a manufacturer based outside the UK registers through its UK Responsible Person. A registration fee applies (MHRA guidance gives the current amount).
Registration is not an MHRA approval of the device. It puts the device and the responsible parties on record. When buying from a UK distributor, ask which UK Responsible Person or manufacturer registered the device, and check the marking route. See the medical certifications page.
No. MDSAP covers the manufacturer’s quality management system, not the product. Each participating regulator still decides on marketing authorization under its own rules: a 510(k) or PMA where required in the US, a Medical Device License in Canada, ARTG inclusion in Australia, ANVISA notification or registration in Brazil, and the applicable Japanese pathway.
Each regulator also uses MDSAP reports differently, and affiliate members and observers do not necessarily accept them in the same way as members. Treat an MDSAP certificate as strong evidence of QMS maturity, then confirm the device’s authorization separately for each market. See the medical certifications page.
No. Establishment registration and device listing are administrative obligations under 21 CFR Part 807, required for most establishments that make or distribute devices for the US market, including foreign sites. FDA states that registration does not denote approval of the establishment or its devices, and FDA does not issue registration “certificates” (documents sold under that name by third parties are not FDA documents).
Clearance or approval is a separate decision on a specific device through a 510(k), De Novo or PMA, unless the device type is exempt. When a supplier quotes a registration number, also ask for the device’s product code, classification regulation and, where applicable, the 510(k) or PMA number. See the medical certifications page.
Only to medical electrical equipment. IEC 60601-1 sets general requirements for basic safety and essential performance of mains- or battery-powered medical electrical equipment and systems, supplemented by collateral standards (for example IEC 60601-1-2 for electromagnetic compatibility) and particular standards for specific equipment types.
A manual stainless-steel forceps or retractor is not electrical equipment, so IEC 60601 does not apply to it. It becomes relevant for electrosurgical generators, powered surgical systems and other active devices, and instruments connected to them are usually assessed with that system. If a supplier quotes IEC 60601 test reports, check that they name the exact model and the edition tested. See the medical certifications page.
Every major regulator groups devices into risk classes that decide the authorization route, but the systems do not map one-to-one. Examples:
Class depends on intended purpose, invasiveness, duration of contact, body site, energy source and whether the device is supplied sterile. A supplier’s catalog label does not decide the class; the rules applied to the intended purpose do. The same forceps can be Class Ir in the EU, Class I in the US and Canada, and Class A in Pakistan. See the medical certifications page.
Japan regulates devices under the PMD Act, with four classes and three main routes:
Devices must be marketed by a Japan-based Marketing Authorization Holder, and foreign manufacturing sites must be registered. A QMS Ministerial Ordinance based on ISO 13485 applies. Class follows Japanese generic names, so do not assume an EU or US class carries over. See the medical certifications page.
A practical sequence:
Confirm the result with the regulator or a qualified adviser. See the medical certifications page.
Brazil regulates medical devices under ANVISA’s RDC 751/2022, with four risk classes:
Only a Brazilian legal entity (a manufacturer or importer) can hold the notification or registration, so foreign manufacturers authorize a local holder. Labels and instructions must be in Portuguese, and some devices also need INMETRO conformity certification. See the medical certifications page.
India regulates medical devices under the Medical Devices Rules, 2017, with classes A (low) to D (high) based on CDSCO’s published risk classification lists. In outline:
Manufacturers must run a QMS meeting the Fifth Schedule. Form names should be checked on CDSCO’s site. See the medical certifications page.
China regulates devices under State Council Order No. 739 (in force since 1 June 2021), with three classes set mainly through NMPA’s Medical Device Classification Catalog:
Domestic manufacturing and distribution also need filings or licenses by class. English translations of the rules are unofficial. See the medical certifications page.
Usually not. ISO 9001 is a general quality management standard for any sector, while ISO 13485 is written for medical devices and emphasizes regulatory requirements, documentation, risk management, process validation (for example sterilization), traceability and complaint handling. ISO 13485 is a stand-alone standard, not “ISO 9001 plus”, and an ISO 9001 certificate does not satisfy ISO 13485 or medical device regulatory QMS requirements on its own.
ISO 9001 can still be useful for distributors, logistics providers and component suppliers in the supply chain. Many manufacturers hold both. ISO lists ISO 9001:2026 as published in September 2026, so check which edition a certificate cites. More context is on the medical certifications page.
Under Pakistan’s Medical Devices Rules, 2017, the Drug Regulatory Authority of Pakistan (DRAP) uses two layers of approval:
Only a licensed local manufacturer, or a licensed importer acting as the foreign manufacturer’s authorized representative, can apply. The rules give five-year validity for licenses and enlistment/registration certificates, and allow reliance on approvals from listed reference regulators. The rules have been amended several times, so check DRAP’s consolidated version. See the medical certifications page.
Saudi Arabia’s Medical Devices Law requires two separate SFDA authorizations before a device circulates:
An MDEL does not authorize the sale of any device, and an MDMA needs a licensed applicant. The MDMA certificate states the device, its national listing number and validity. See the medical certifications page.
CE marking on a medical device means the manufacturer declares that the device meets the applicable EU requirements (MDR or IVDR) after completing the conformity assessment route for its risk class. The manufacturer signs an EU Declaration of Conformity and affixes the mark; the European Union does not issue it. Where a notified body took part, its four-digit number appears next to the CE mark.
Ask for the Declaration of Conformity and any notified body certificate covering the exact device. See the medical certifications page.
Usually the wording is wrong. Manufacturers are certified by a certification body; certification bodies are accredited by a national accreditation body that checks their competence. Accreditation arrangements are coordinated internationally through IAF for certification bodies and ILAC for laboratories.
When a supplier uses the term, ask for the actual certificate and check the certification body’s name, whether that body is accredited for ISO 13485, the certificate number, scope, sites and dates. Then confirm the certificate with the issuing body. Certificates from unaccredited bodies may not be accepted by buyers or regulators. EU notified bodies and MDSAP auditing organizations are designated or recognized by regulators, which is a separate process. See the medical certifications page.
A notified body is an organization designated by an EU member state authority to carry out conformity assessment under the MDR or IVDR for specified device codes. Designated bodies are listed in the European Commission’s NANDO database. A notified body issues certificates as part of conformity assessment; it is not the EU “approving” a device, and it does not affix the CE mark.
Not every device needs one. Class I devices that are not sterile, have no measuring function and are not reusable surgical instruments are self-declared by the manufacturer. Sterile, measuring and reusable surgical Class I devices need limited notified body involvement, and Classes IIa, IIb and III need full assessment. Check a certificate’s scope against the exact device. See the medical certifications page.
Class Ir is the EU MDR category for reusable surgical instruments such as forceps, scissors and retractors that are not connected to an active device. They are Class I, but unlike plain Class I devices they cannot be fully self-declared: a notified body must assess the reuse aspects, meaning cleaning, disinfection, sterilization, maintenance, functional testing and the related instructions. It does not review the whole device.
By contrast, single-use transient surgically invasive instruments are generally Class IIa under Rule 6. For buyers, a reusable instrument sold as Class Ir in the EU should normally show a notified body number with the CE mark and come with validated reprocessing instructions. See the medical certifications page.
The QMSR is the amended 21 CFR Part 820. Since 2 February 2026 it has replaced FDA’s former Quality System Regulation. It incorporates ISO 13485:2016 by reference and adds FDA-specific requirements, for example on records, labeling and packaging controls. It applies to domestic and foreign manufacturers of finished devices for US distribution unless the device type is exempted by its classification regulation.
FDA checks compliance through its own inspections. An ISO 13485 certificate is not a prerequisite for US market access and does not replace FDA inspection, although FDA may accept MDSAP audit reports in place of routine inspections. See the medical certifications page.
ISO 13485 is the international quality management system (QMS) standard for organizations involved in the medical device life cycle, such as design, production, storage, distribution and servicing. A certificate shows that an accredited certification body audited the organization’s QMS for a stated scope and sites. It does not approve, clear or CE mark any product, and ISO itself does not certify companies.
Regulators use the standard in different ways: EN ISO 13485 is a harmonized standard under the EU MDR, FDA’s Quality Management System Regulation incorporates ISO 13485:2016 by reference, and Health Canada requires an MDSAP-issued ISO 13485 certificate for Class II to IV license applications. See the medical certifications page for market-by-market details.
ISO 14971 sets out a risk management process for medical devices across the whole life cycle: planning, hazard identification, risk estimation and evaluation, risk controls, evaluation of residual risk, and collection of production and post-production information. Manufacturers apply it inside their quality management system and document it in a risk management file and report.
There is no separate “ISO 14971 certificate” in common regulatory use. Instead, notified bodies, auditors and regulators review the risk management file as part of technical documentation and QMS audits. EN ISO 14971 is a harmonized standard under the EU MDR, and FDA lists ISO 14971 as a recognized consensus standard. A buyer can ask whether a risk management file exists for the device, but should not expect a stand-alone certificate. See the medical certifications page.
The Australian Register of Therapeutic Goods (ARTG) is the TGA’s register of therapeutic goods that can be lawfully supplied in Australia. Unless exempt, a medical device must be included in the ARTG before it is imported, supplied or exported.
Only an Australian sponsor (an Australia-based legal entity) can apply; overseas manufacturers cannot apply directly. The sponsor holds or can obtain the manufacturer’s evidence, such as a TGA certificate, accepted overseas evidence (for example EU notified body certificates, FDA decisions or MDSAP certificates), or a manufacturer’s declaration for Class I non-sterile, non-measuring devices. ARTG inclusion is for a “kind of device” under that sponsor, so changing sponsor needs a TGA process. See the medical certifications page.
They license different things:
Reusable surgical instruments are typically Class I in Canada (Rule 3), so they need no MDL, but the importer or distributor needs an MDEL. An MDEL does not certify the safety of any device. See the medical certifications page.
A quality management system (QMS) certificate, such as ISO 13485 or MDSAP, says the organization’s processes were audited against a standard for a stated scope and sites. A product authorization is a regulator’s decision, or a legally defined conformity route, that allows a specific device to be placed on a specific market. Examples include an FDA 510(k) clearance, CE marking backed by a notified body certificate, a Health Canada license, ARTG inclusion or an SFDA MDMA.
A company can hold a valid QMS certificate while some of its products are not authorized for your market, and vice versa. An establishment license (to import or distribute) is a third, separate thing. Ask for all three where relevant. See the medical certifications page.
They belong to different legal systems and are not interchangeable. CE marking is the manufacturer’s declaration of conformity with EU law (MDR or IVDR), supported by a notified body for most classes above basic Class I. FDA clearance is a decision by a US government agency on a specific device’s 510(k) submission.
Holding one does not give the other, though some third countries accept either as reference evidence. See the medical certifications page.
They are outcomes of different FDA premarket pathways:
Calling a 510(k)-cleared device “FDA approved” is inaccurate. Many Class I devices, including many manual surgical instruments, are exempt from premarket submission altogether. See the medical certifications page.
The In Vitro Diagnostic Medical Devices Regulation (EU) 2017/746 (IVDR) has applied since 26 May 2022 to in vitro diagnostic devices: reagents, analyzers, test kits and similar products that examine specimens taken from the body. IVDs are classed A to D under IVDR Annex VIII, and most classes (B, C, D and sterile Class A) need notified body involvement.
Surgical instruments are not IVDs; they fall under the MDR. The IVDR matters to directory users mainly when a supplier also offers diagnostic products or when sourcing lab equipment. Extended transitional periods for legacy IVDs run to dates between 2027 and 2029 depending on class, subject to conditions, so check current dates. See the medical certifications page.
The EU MDR, Regulation (EU) 2017/745, sets common safety and performance rules for medical devices placed on the EU/EEA market (it also applies in Northern Ireland). In outline, a manufacturer must:
Non-EU manufacturers must appoint an EU authorized representative. The European Commission proposed a targeted revision of the MDR and IVDR in December 2025, so check for changes. See the medical certifications page.
MDSAP lets one recognized auditing organization perform a single quality management system audit that can meet the requirements of several regulators. The audit covers ISO 13485:2016 plus the extra requirements of the participating jurisdictions a manufacturer selects.
Health Canada requires an MDSAP certificate for Class II to IV license applications, and FDA may accept MDSAP reports in place of routine inspections. Membership changes, so check FDA’s page. See the medical certifications page.
UKCA is the UK conformity marking route for placing medical devices on the market in Great Britain (England, Scotland and Wales) under the UK MDR 2002. Under current rules, Class I devices that are not sterile and have no measuring function can be self-certified; sterile or measuring Class I devices and higher classes need a UK Approved Body. The manufacturer then signs a UK declaration of conformity and affixes the mark.
The UKCA mark is not recognized in the EU, the EEA or Northern Ireland, and UK Approved Bodies cannot issue CE certificates. CE-marked devices are also accepted in Great Britain under transitional arrangements, and MHRA registration applies either way. A future update to UKCA requirements is planned. See the medical certifications page.
When a manufacturer supplies instruments sterile, it takes responsibility for a validated sterilization process, which regulators and auditors treat as a special process. Common standards include:
Ask for validation reports, routine batch records and, for radiation, irradiation certificates per batch. Supplying sterile can also change the device’s class or remove exemptions in some markets. Editions change (a new ISO 11135 edition is in ballot), so check current versions. See the medical certifications page.
In many jurisdictions, yes: manual surgical instruments generally fall within the legal definition of a medical device, although their classification and requirements are often at the lower-risk end. For example, US regulations include a general category for manual surgical instruments for general use, classified as Class I, and the EU Medical Device Regulation contains specific provisions for reusable surgical instruments, including involvement of a notified body for aspects relating to reuse. Specialty instruments may fall under different categories. Classification varies by market and product, so confirm with the destination regulator.
Yes. Customs and, in many countries, the medical device regulator can examine, delay or refuse imported devices, for example if documents are missing or inconsistent, labeling does not meet requirements, required registrations are absent or the goods do not match their description. In the United States, for instance, FDA reviews imported devices and may detain or refuse entry to products that appear not to comply. Accurate, consistent documents and confirmed regulatory status before shipping reduce the risk of delays. Check the destination country’s official guidance for its procedures.
It depends on the country, so check rather than assume:
In every case, the destination market’s own rules (for example CE marking under the EU MDR, or FDA registration and listing) still apply in full. Ask exporters which home-country permits they hold for export. See the medical certifications page.
Often, yes. Many regulatory systems require labeling and instructions for use to be provided in an official language of the country where the device is sold, or in a language accepted by that country’s authorities. The specific requirements, including which information must be on the device, the packaging and the IFU, vary by market and device type. Some regulators accept electronic IFUs for certain professional-use devices under defined conditions. The legal manufacturer and importer should confirm language and content requirements with the destination regulator before shipment.
Yes. The US Food and Drug Administration (FDA) requires foreign establishments that manufacture, prepare, process or otherwise handle devices for import into the United States to register and to designate a US agent. The US agent must be located in the United States and assists FDA communication with the foreign establishment. FDA states that the US agent role does not include responsibilities such as reporting adverse events or submitting marketing applications. Device-specific requirements, such as classification and premarket requirements, also apply. See FDA’s official pages for current details.
Generally, yes. Devices supplied sterile usually require additional controls and documentation beyond non-sterile devices, such as validation of the sterilization process, sterile barrier packaging, sterility-related labeling and shelf-life information. In some markets, sterile supply also changes the device’s regulatory pathway; in the EU, for example, notified body involvement applies to sterility aspects of otherwise lower-class devices. Most reusable instruments are supplied non-sterile, to be processed by the user. Confirm the requirements for each market with the regulator or a qualified adviser.
For customs purposes, goods are classified using tariff codes based on the Harmonized System (HS), maintained by the World Customs Organization, with countries adding further digits for their national tariffs. The classification determines duty rates and may trigger other import controls. The correct code depends on the product’s description, material and function, and different instruments may fall under different codes. Classification is ultimately decided by the importing country’s customs authority, so confirm codes with a customs broker or seek a binding ruling where available, rather than relying on a supplier’s suggestion.
Not automatically. Medical device regulation is national or regional, so authorization, registration or conformity marking in one market does not authorize sale in another. Each destination has its own requirements for device classification, registration, quality management, labeling, language and local representation, although some regulators recognize or rely on assessments from other jurisdictions. Before exporting, confirm the requirements of the specific destination with its regulator or a qualified regulatory adviser. Start with the medical certifications page for country information.
Yes, if it holds the right SFDA licenses. Under MDS-REQ 9, the authorized representative (AR) needs an AR license for each overseas manufacturer it represents, while importing, distributing and warehousing are separate licensed activities, each within the Medical Device Establishment License system. Importers and distributors must hold the AR details for each overseas manufacturer whose devices they handle.
Because the AR applies for the MDMA, the choice of AR affects who controls the product authorization. Some manufacturers use one Saudi partner for every role; others separate the AR from distributors so they can change distributors more easily. Either way, the AR’s duties continue after termination until a new AR takes over. See the medical certifications page.
Under the EU MDR they are three separate legal roles:
One company can hold several roles if it meets each set of duties. See the medical certifications page.
No. In Great Britain, a manufacturer based outside the UK must appoint a UK Responsible Person (UKRP) in writing. The UKRP registers the devices with the MHRA, makes sure the declaration of conformity and technical documentation exist and are available to the MHRA, and passes on complaints and incidents. Importers and distributors do not need a UKRP of their own and are not the UKRP unless they are appointed as one.
Many overseas manufacturers appoint their main UK distributor as UKRP, but that ties the registrations to the distributor. Agree in writing what happens to the MHRA registrations if the relationship ends. For Northern Ireland, an EU or NI-based authorized representative is needed instead. See the medical certifications page.
Exporting surgical instruments typically involves both trade documents and regulatory documents. Trade documents commonly include a commercial invoice, a packing list, a transport document (such as an air waybill or bill of lading) and, where required, a certificate of origin. Regulatory documents depend on the destination market and may include evidence of registration or authorization, declarations of conformity, compliant labeling (including UDI where required) and instructions for use. The importer or local representative often needs some of these before goods arrive. Requirements vary by country, so check the medical certifications page and the destination regulator.
A certificate of origin is a document that states the country where goods were produced. It may be required by the importing country’s customs authority, by the buyer or by a letter of credit, and is often issued or certified by a chamber of commerce or an authorized body in the exporting country. Some certificates are used to claim preferential duty rates under trade agreements and must meet that agreement’s specific rules of origin. Country of origin also appears on product labeling in some markets. Check which form, if any, the destination requires.
A declaration of conformity is a document in which the manufacturer states, under its own responsibility, that a device meets the applicable regulatory requirements of a particular market. In the EU, for example, the Medical Device Regulation requires the manufacturer to draw up an EU declaration of conformity before placing a device on the market, and its content is specified in the regulation. A declaration made for one market does not cover another. Buyers and importers often ask for a copy as part of their checks, together with any certificates referenced in it.
A packing list is a document that details how a shipment is packed: the number of packages, the contents of each carton, quantities, weights and dimensions, and package markings. Customs officers, freight forwarders and the receiving party use it to check the shipment against the commercial invoice and to identify specific cartons for inspection. For instrument shipments, listing catalogue numbers and lot numbers by carton can simplify receiving, inspection and traceability. The packing list should match the invoice and the labeling on the goods.
Under the EU Medical Device Regulation (EU) 2017/745, a manufacturer located outside the EU must designate an authorized representative established in the EU before placing devices on the EU market. The authorized representative acts on the manufacturer’s behalf for specified tasks, including cooperating with competent authorities and verifying that key documentation, such as the declaration of conformity and technical documentation, has been drawn up. Its name and address appear on the labeling. The authorized representative is distinct from the importer, although one company may fulfill both roles if it meets each set of obligations.
Distributors and importers are usually the first to hear about problems, and several regulators give them specific duties:
Set out reporting routes and contact points in the distribution agreement. See the medical certifications page.
The importer is the company in the destination market that brings the products into that market, and in many regulatory systems it carries specific legal obligations. Depending on the market, these may include checking that devices carry the required marking, labeling and documentation, that the manufacturer has met registration requirements, keeping records, cooperating with authorities and handling complaints or recalls. For example, the EU Medical Device Regulation sets out general obligations for importers. The importer is also usually responsible for customs clearance and duties. Obligations vary, so check the destination’s regulations.
A unique device identifier (UDI) is a code, in plain text and machine-readable form, that identifies a device and, through a production identifier, details such as lot or serial number. UDI systems exist in several markets, including the United States and the EU, and generally require labelers or manufacturers to place UDIs on labels and packaging and submit data to a database. For some reusable devices, a direct marking on the device itself may also be required. Whether and when a specific instrument needs UDI depends on the market, device class and exceptions, so check the destination regulator’s rules.
A commercial invoice is the main document customs authorities use to assess goods, so it should describe the shipment accurately and consistently with other documents. It typically includes the seller and buyer details, invoice number and date, a clear description of each item, quantities, unit and total values, currency, the Incoterms rule, country of origin and tariff classification (HS code) where required, plus payment terms. Vague descriptions, such as “medical goods”, can cause delays. Exact requirements vary by destination, so confirm them with the importer, a customs broker or the destination customs authority.
Examples from the regulatory research behind this FAQ:
Translations should be controlled by the legal manufacturer, since a distributor that changes labeling can take on extra obligations. Confirm current rules with each regulator. See the medical certifications page.
Several major markets require a permanent UDI on reusable devices that are reprocessed between uses, in addition to the UDI on labels:
Compliance dates and exceptions differ by class and market, so check each one. For manufacturers, this usually means laser marking with a data matrix; confirm marking durability through reprocessing. See the medical certifications page.
In many markets the registration is legally held by a local company, which affects who controls it:
Using an independent holder or sponsor, rather than a distributor, can make changing distributors easier. Put registration ownership and transfer terms in the contract. See the medical certifications page.
Because safe reuse depends on them, and several regulators examine them specifically:
Ask manufacturers for the validation report behind their instructions, not only the IFU text. See the medical certifications page.
AAOS Annual Meeting 2027 takes place on 3–6 March 2027 in Las Vegas, United States at Venetian Convention & Expo Center, according to the official organiser.
AEEDC Dubai 2027 takes place on 19–21 January 2027 in Dubai, United Arab Emirates at Dubai World Trade Centre, according to the official organiser.
Africa Health ExCon 2027 takes place on 21–24 June 2027 in Cairo, Egypt at Al Manara International Conference Center / Egypt International Exhibition Center (EIEC), according to the official organiser.
AMIC Dental 2026 takes place on 4–8 November 2026 in Mexico City, Mexico at World Trade Center Ciudad de México, according to the official organiser.
AORN Expo 2027 takes place on 10–13 April 2027 in Philadelphia, United States, according to the official organiser.
Australian Healthcare Week 2027 takes place on 17–18 March 2027 in Sydney, Australia at ICC Sydney, according to the official organiser.
Chicago Midwinter Meeting 2027 takes place on 25–27 February 2027 in Chicago, United States at 2301 S. Indiana Avenue, Chicago, IL, according to the official organiser.
CIOSP 2027 takes place on 27–30 January 2027 in São Paulo, Brazil at Expo Center Norte, according to the official organiser.
CMEF Spring 2027 takes place on 7–10 April 2027 in Shanghai, China at National Exhibition & Convention Center (Shanghai), according to the official organiser.
COMPAMED 2026 takes place on 16–19 November 2026 in Düsseldorf, Germany at Messe Düsseldorf, according to the official organiser.
Dental South China 2027 takes place on 3–6 March 2027 in Guangzhou, China at China Import and Export Fair Complex (Canton Fair Complex), Area D, according to the official organiser.
DMEA 2027 takes place on 13–15 April 2027 in Munich, Germany, according to the official organiser.
EBME Expo 2027 takes place on 23–24 June 2027 in Coventry, United Kingdom at Coventry Building Society Arena, according to the official organiser.
ECR 2027 takes place on 3–7 March 2027 in Vienna, Austria, according to the official organiser.
EFORT Congress 2027 takes place on 19–21 May 2027 in Athens, Greece at Megaron Athens International Conference Centre, according to the official organiser.
Expo Med Hospitalar México 2027 takes place on 17–19 August 2027 in Mexico City, Mexico at Centro Banamex, according to the official organiser.
Expodental Madrid 2028 takes place on 22–24 March 2028 in Madrid, Spain at IFEMA MADRID, according to the official organiser.
Expodental Meeting 2027 takes place on 13–15 May 2027 in Rimini, Italy, according to the official organiser.
Expomed Eurasia 2027 takes place on 15–18 April 2027 in Istanbul, Turkey at Tüyap Fair and Congress Center, according to the official organiser.
Exposanità 2027 takes place on 14–16 April 2027 in Bologna, Italy at BolognaFiere, according to the official organiser.
The organiser has postponed this edition. The organiser has rescheduled the in-person exhibition to 25–28 October 2027; 2026 runs as an online Digital Forum (26 October – 20 December 2026).
Global Health Exhibition 2027 takes place on 25–28 October 2027 in Riyadh, Saudi Arabia at Riyadh Exhibition and Convention Center, according to the official organiser.
Healthcare Expo Karachi 2027 takes place on 8–10 April 2027 in Karachi, Pakistan at Karachi Expo Centre, according to the official organiser.
HIMSS Global Health Conference 2027 takes place on 5–8 April 2027 in Chicago, United States at McCormick Place Convention Center, according to the official organiser.
HKTDC Hong Kong Medical and Healthcare Fair 2027 takes place on 17–19 May 2027 in Hong Kong at Hong Kong Convention and Exhibition Centre, according to the official organiser.
HKTDC Hong Kong Medical and Healthcare Fair 2027: dates and details
Hospitalar 2027 takes place on 18–21 May 2027 in São Paulo, Brazil at São Paulo Expo, according to the official organiser.
IDEM Singapore 2028 takes place on 21–23 April 2028 in Singapore, according to the official organiser.
IDS 2027 takes place on 16–20 March 2027 in Cologne, Germany, according to the official organiser.
KIHE 2027 takes place on 19–21 May 2027 in Almaty, Kazakhstan at Atakent IEC, according to the official organiser.
Krakdent 2027 takes place on 8–10 April 2027 in Kraków, Poland at EXPO Kraków, according to the official organiser.
MD&M Midwest 2026 takes place on 27–29 October 2026 in Minneapolis, United States at Minneapolis Convention Center, according to the official organiser.
MD&M West 2027 takes place on 9–11 February 2027 in Anaheim, United States at Anaheim Convention Center, according to the official organiser.
Med-Tech Expo 2027 takes place on 15–16 September 2027 in Birmingham, United Kingdom at NEC Birmingham, according to the official organiser.
MEDevice Boston 2027 takes place on 11–12 May 2027 in Boston, United States at Thomas M. Menino Convention & Exhibition Center, according to the official organiser.
MEDICA 2026 takes place on 16–19 November 2026 in Düsseldorf, Germany at Messe Düsseldorf, according to the official organiser.
Medical Fair India Mumbai 2027 takes place on 20–22 August 2027 in Mumbai, India at Bombay Exhibition Center (BEC), according to the official organiser.
Medical Fair India New Delhi 2027 takes place on 13–15 March 2027 in New Delhi, India at Bharat Mandapam (Pragati Maidan), according to the official organiser.
Medical Fair Thailand 2027 takes place on 8–10 September 2027 in Bangkok, Thailand at BITEC, according to the official organiser.
Medical Japan Osaka 2027 takes place on 29 September – 1 October 2027 in Osaka, Japan at INTEX Osaka, according to the official organiser.
Medical Japan Tokyo 2027 takes place on 26–28 May 2027 in Tokyo, Japan at Tokyo Big Sight, according to the official organiser.
Medical Taiwan 2027 takes place on 8–10 July 2027 in Taipei, Taiwan at Taipei Nangang Exhibition Center, Hall 1 (TaiNEX 1), according to the official organiser.
Medical Technology Germany 2027 takes place on 6–7 October 2027 in Ulm, Germany at Ulm-Messe, according to the official organiser.
Medical Technology Ireland 2027 takes place on 22–23 September 2027 in Galway, Ireland at Galway Racecourse, according to the official organiser.
Medical Technology UK 2027 takes place on 10–11 March 2027 in Newmarket, United Kingdom at Newmarket Racecourse, according to the official organiser.
Medtec China 2027 takes place on 1–3 September 2027 in Shanghai, China at Shanghai New International Expo Centre, Halls N1–N4, according to the official organiser.
Medtec Japan 2027 takes place on 21–23 April 2027 in Tokyo, Japan at Tokyo Big Sight, East Hall 5-6, according to the official organiser.
MedTech World Europe 2026 takes place on 11–13 November 2026 in Valletta, Malta at Mediterranean Conference Centre, according to the official organiser.
MedTech World Middle East 2027 takes place on 23–25 March 2027 in Dubai, United Arab Emirates at InterContinental Dubai Festival City, according to the official organiser.
MedtecLIVE 2028 takes place on 20–22 June 2028 in Stuttgart, Germany, according to the official organiser.
OTWorld 2028 takes place on 16–19 May 2028 in Leipzig, Germany, according to the official organiser.
REHACARE 2027 takes place on 15–18 September 2027 in Düsseldorf, Germany, according to the official organiser.
RSNA 2026 takes place on 29 November – 3 December 2026 in Chicago, United States at McCormick Place, according to the official organiser.
RSNA 2027 takes place on 14–18 November 2027 in Chicago, United States at McCormick Place, according to the official organiser.
Salmed Connect 2027 takes place on 18–19 May 2027 in Poznań, Poland at Poznań Congress Center, according to the official organiser.
TIHE 2027 takes place on 20–22 April 2027 in Tashkent, Uzbekistan at Uzexpocentre NEC, according to the official organiser.
Vietnam Medi-Pharm 2026 takes place on 25–27 November 2026 in Ho Chi Minh City, Vietnam at Saigon Exhibition and Convention Center (SECC), according to the official organiser.
Vietnam Medi-Pharm 2027 takes place on 6–9 May 2027 in Hanoi, Vietnam at Cultural Friendship Palace (Cung Văn hóa Hữu nghị), according to the official organiser.
WHX Bangkok 2028 takes place on 24–26 July 2028 in Bangkok, Thailand at Queen Sirikit National Convention Center (QSNCC), according to the official organiser.
WHX Dubai 2027 takes place on 25–28 January 2027 in Dubai, United Arab Emirates at Dubai Exhibition Centre, Expo City & Dubai World Trade Centre, according to the official organiser.
WHX Dubai 2028 takes place on 20–23 March 2028 in Dubai, United Arab Emirates, according to the official organiser.
WHX Jakarta 2027 takes place on 31 March – 2 April 2027 in Jakarta, Indonesia at Indonesia Convention Exhibition (ICE), BSD City, according to the official organiser.
WHX Kuala Lumpur 2027 takes place on 13–15 July 2027 in Kuala Lumpur, Malaysia at Malaysia International Trade and Exhibition Centre (MITEC), according to the official organiser.
WHX Lagos 2027 takes place on 1–3 June 2027 in Lagos, Nigeria at Landmark Centre, according to the official organiser.
WHX Miami 2027 takes place on 16–18 June 2027 in Miami Beach, United States at Miami Beach Convention Center, according to the official organiser.
WHX Nairobi 2027 takes place on 15–17 September 2027 in Nairobi, Kenya at Kenyatta International Convention Centre, according to the official organiser.
WHX Osaka 2027 takes place on 30 June – 2 July 2027 in Osaka, Japan at INTEX Osaka, according to the official organiser.
WHX Tech Dubai 2027 takes place on 26–28 January 2027 in Dubai, United Arab Emirates at Dubai World Trade Centre, according to the official organiser.
Yankee Dental Congress 2027 takes place on 28–30 January 2027 in Boston, United States at Thomas M. Menino Convention & Exhibition Center, according to the official organiser.
Zdravookhraneniye 2026 takes place on 7–10 December 2026 in Moscow, Russia at Crocus Expo, according to the official organiser.
Each exhibition page links to the organiser’s official website and, where available, to its exhibitor and stand information. Always confirm dates and details there before travelling or booking.
The exhibitions directory lists medical, surgical and dental trade fairs worldwide, with dates and venues taken from the official organisers. Filter it by upcoming or past events, country and year.
No. Unless an administrator has set a display position, companies are listed alphabetically. A position in the list is not a ranking or an endorsement.
Yes. Use the claim form to request management of an existing profile. Claims are reviewed before anything changes, and a claim does not change the profile’s verification status.
Yes. Contact SurgiFacts.com with your company name and listing URL. The request is reviewed and the listing removed after the details have been confirmed.
Yes. Describe what you need on the Looking for a Manufacturer? page. The team reviews your requirements and, where feasible, suggests potentially relevant companies or explains the next steps. Tailored research may involve a fee, which is confirmed before any work begins, and a suitable manufacturer cannot be guaranteed.
No. Business types, product ranges and services differ from company to company. Each profile shows what the company states on its own website.
No. A listing does not, by itself, indicate a partnership, endorsement or representation by SurgiFacts.com.
No. Businesses included under the free-listing arrangement are not charged for appearing in the directory. Any paid listing or promotional arrangement is agreed separately and labelled as such.
No. The directory helps visitors discover relevant businesses. It cannot guarantee website traffic, enquiries, leads, sales or other business results.
No. The site does not sell instruments, take orders or take part in purchases. Quotes, samples, certificates and orders are arranged directly between buyers and the companies listed.
Use the contact form, choose “Update an existing listing”, name the detail that should change and, if possible, link to the official page that shows the correct information.
Send your company name, official website and a contact address through the Get Your Company Listed form. The details are checked against your official website before anything is published.
Use the contact form and choose “Exhibition listing or partnership enquiry”. Include the official event website; dates and venues are checked against it before publication.
Use the directory filters to list companies with the same business type, country or founding period, then compare their profiles, product categories and official websites.
Open the company’s profile. It shows the official website and, where the company publishes them, its email address and phone number. Contact the company directly.
Filter the directory by business type to see suppliers and distributors as well as manufacturers, then narrow the list by country or city.
Open the instrument’s page in the instrument directory. Where a company’s own catalogue lists that instrument, the page shows the company under “Companies offering this instrument”.
Open the Argentina page and filter by business type. Suppliers and distributors listed there include Dental Medrano, Promedon and Grupo Alemana.
Open the Australia page and filter by business type. Suppliers and distributors listed there include Reliance Surgical, ParagonCare Orthopaedics and Ainsworth Dental Company.
Open the Austria page and filter by business type. Suppliers and distributors listed there include Hofer Medical and Austro dent.
Open the Brazil page and filter by business type. Suppliers and distributors listed there include Unit Agulhas para Biópsia, Nexxmed and Plenum Bioengenharia.
Open the Bulgaria page and filter by business type. Suppliers and distributors listed there include Infomed, Intermedica Group and Sky Medical.
Open the Canada page and filter by business type. Suppliers and distributors listed there include Swiss NF Metals, Germiphene and Clinical Research Dental.
Open the Chile page and filter by business type. Suppliers and distributors listed there include Codimed Soluciones en Salud.
Open the China page and filter by business type. Suppliers and distributors listed there include Chongqing Xishan Science & Technology (Xishan Medical), Shandong Weigao Orthopaedic (WEGO Ortho) and VetMED Tech.
Open the Croatia page and filter by business type. Suppliers and distributors listed there include Media instrumenti, Medilab and Medika.
Open the Denmark page and filter by business type. Suppliers and distributors listed there include Sacomed, Danomed and Mermaid Medical.
Open the Estonia page and filter by business type. Suppliers and distributors listed there include AB Medical Group Eesti, Semetron and Kanise.
Open the France page and filter by business type. Suppliers and distributors listed there include 2F Surgical, Alternative Dentaire and SBR.
Open the Germany page and filter by business type. Suppliers and distributors listed there include TapMed Medizintechnik Handels, Advanta Service and Hager & Werken.
Open the Hong Kong page and filter by business type. Suppliers and distributors listed there include Getz Healthcare Hong Kong and Synergy Medical Supply.
Open the Hungary page and filter by business type. Suppliers and distributors listed there include Sanatmetal and Medirex.
Open the India page and filter by business type. Suppliers and distributors listed there include Zedex Orthocare, Suhradam Apex Orthocure and Shree Gopinath Enterprise.
Open the Ireland page and filter by business type. Suppliers and distributors listed there include Vitalograph, M.E.D. Surgical and Emerald Healthcare.
Open the Israel page and filter by business type. Suppliers and distributors listed there include Haifa Medical, DSI Dental Solutions and Gil Medical.
Open the Italy page and filter by business type. Suppliers and distributors listed there include Target Ortodonzia, Dental World and Miromed.
Open the Japan page and filter by business type. Suppliers and distributors listed there include M.E. Science, Meditake and Takai Medical.
Open the Kenya page and filter by business type. Suppliers and distributors listed there include Dentmed Kenya, Surgident and Transafrica Medical Supplies.
Open the Latvia page and filter by business type. Suppliers and distributors listed there include Arbor, Medilink and Medeksperts.
Open the Lithuania page and filter by business type. Suppliers and distributors listed there include Interlux and Mediq Lietuva.
Open the Luxembourg page and filter by business type. Suppliers and distributors listed there include Hospilux.
Open the Malaysia page and filter by business type. Suppliers and distributors listed there include H2H Medicare Group, UMMI Surgical and DanMedik.
Open the Morocco page and filter by business type. Suppliers and distributors listed there include Eramedic, Promamec and Health Technology.
Open the New Zealand page and filter by business type. Suppliers and distributors listed there include Jackson Allison Medical & Surgical, Bio Serve NZ and InterMed Medical.
Open the Norway page and filter by business type. Suppliers and distributors listed there include Vingmed, Kebomed and Plandent Norway.
Open the Pakistan page and filter by business type. Suppliers and distributors listed there include Zypherion Enterprises, Zubair Medical Instruments and Zolarex International.
Open the Peru page and filter by business type. Suppliers and distributors listed there include Alem.
Open the Portugal page and filter by business type. Suppliers and distributors listed there include PMH – Produtos Médicos Hospitalares and Iberdata.
Open the Romania page and filter by business type. Suppliers and distributors listed there include Dentex, Noventis and Dentotal Protect.
Open the Saudi Arabia page and filter by business type. Suppliers and distributors listed there include Gulf Horizon International Medical, SOMATCO and Kafou Dent.
Open the Singapore page and filter by business type. Suppliers and distributors listed there include Chee Sang Dental Supply, Lau Yau Shiong & Co and Eastland Dental Supplies.
Open the Slovakia page and filter by business type. Suppliers and distributors listed there include MED-ART and VIDRA a spol..
Open the South Africa page and filter by business type. Suppliers and distributors listed there include Multisurge, Heritage Surgical Products and Anstem Medical.
Open the South Korea page and filter by business type. Suppliers and distributors listed there include Soelim, LIVSMED and GBS Commonwealth.
Open the Spain page and filter by business type. Suppliers and distributors listed there include Master Dental, Imperortho and Sanhigia.
Open the Sweden page and filter by business type. Suppliers and distributors listed there include Mediplast.
Open the Switzerland page and filter by business type. Suppliers and distributors listed there include Kaladent.
Open the Taiwan page and filter by business type. Suppliers and distributors listed there include Rolence Enterprise, CODENT Technical Industry and BonART.
Open the Thailand page and filter by business type. Suppliers and distributors listed there include Skipa Med, Novatec Healthcare and SiS Medical.
Open the Czech Republic page and filter by business type. Suppliers and distributors listed there include North Med, Meditrade and Promedica Praha.
Open the Netherlands page and filter by business type. Suppliers and distributors listed there include Plandent Netherlands, Dutchmed and InnovetDirect.
Open the United Arab Emirates page and filter by business type. Suppliers and distributors listed there include Al Zahrawi Medical Supplies, Ortek Medical Equipment Trading and Zeppelin ME Medical Equipment Trading.
Open the United Kingdom page and filter by business type. Suppliers and distributors listed there include Unisurge International, GBUK Healthcare and DHB Oral Healthcare.
Open the United States page and filter by business type. Suppliers and distributors listed there include CTL Amedica, DMG America and Stoelting.
Open the Turkey page and filter by business type. Suppliers and distributors listed there include Armor Orthopedics, Implatech and NAFX Medical.
Open the Vietnam page and filter by business type. Suppliers and distributors listed there include TNT Medical, PrimeMed and Trang Thi Medical.
Use the search in the header. Results are grouped into companies, surgical instruments, exhibitions and articles.
In the directory, the Manufacturer type is assigned only when the company’s own website states that it manufactures instruments. Check the company’s website and ask about its production facilities directly.
Catalogues describe patterns, lengths, tip and jaw shapes, locks, materials and finishes. The catalogue guide explains the common terms so offers can be compared like for like.
Company details are taken from each company’s official website and the source is recorded; exhibition dates come from the official organisers. Information can change, so always confirm specifications, certifications and dates with the company or organiser.
Yes. The Brazil companies are also presented on a page written in the local language, with the same company records and links.
Yes. The Germany companies are also presented on a page written in the local language, with the same company records and links.
Yes. The Japan companies are also presented on a page written in the local language, with the same company records and links.
Yes. The Saudi Arabia companies are also presented on a page written in the local language, with the same company records and links.
Yes. The Turkey companies are also presented on a page written in the local language, with the same company records and links.
Thumb forceps with fine tips, toothed (1×2) or smooth, widely used to hold fine tissue during skin closure and small-wound repair.
Adson-style thumb forceps with rows of small interlocking teeth at the tips, used to hold soft tissue such as skin with minimal crushing.
Very small, delicate scissors used to trim tissue in the confined working space of ear surgery and other microsurgery.
Small, delicate ophthalmic tissue forceps, usually with 1×2 teeth (also cross-serrated), for holding fine tissue in eye surgery.
ENT forceps for ethmoid sinus surgery with small grasping jaws, made straight or angled and with or without a suction channel.
Fine ophthalmic forceps with 1×2 teeth and a tying platform, used to hold tissue while suturing and to tie fine sutures in eye surgery.
Atraumatic, non-toothed thumb forceps used to handle blood vessels and delicate tissue in vascular, cardiothoracic, and head and neck surgery.
Long-shanked vascular scissors with short blades angled after the pivot, used to cut and open vessels in cardiovascular surgery.
Sponge-holding forceps with serrated or smooth jaws, made straight or curved and in a narrow-jaw version, used to hold surgical sponges.
Mayo-type plastic surgery scissors with serrated blades, used for undermining and separating soft tissue in facelift procedures.
Small scissors with short blades and fine, sharp tips, first developed for eye surgery and now used for many delicate cutting tasks.
Ophthalmic muscle forceps with a slide lock and toothed jaws, made in left and right versions and in child and adult sizes.
Angled, fine ophthalmic forceps of the McPherson type, used in cataract surgery to hold lens material, intraocular lenses and fine sutures.
Ratcheted, toothed forceps used in orthopaedic and trauma surgery to grasp and hold bone or bone fragments during reduction and fixation.
General-purpose dissecting scissors with standard beveled blades; the curved form is mostly used on dense or deep tissue.
Small curved scissors with a tiny hole in each blade, used to carry suture around a structure and to dissect fine tissue.
Heavy-bladed surgical scissors for cutting dense tissue such as fascia, and for cutting sutures, meshes, drains and dressings.
Mayo-type dissecting scissors with rounded blades and tips, used for deep dissection of tough tissue.
Fine ophthalmic forceps with smooth jaws or a tying platform, used to handle and tie very fine sutures; made straight, curved or angled.
Slender, usually curved scissors with blunt tips, used for delicate cutting and blunt dissection of soft tissue; not for sutures.
Long thumb-style tissue forceps with 1×2 teeth, made straight or curved and in insulated versions for monopolar electrosurgery.
Dissecting scissors with one sharp blade and one serrated blade, so the tissue is gripped as it is cut; used on deep tissue.
Small, very sharp surgical knife, usually a reusable handle with replaceable single-use blades, used to make incisions and dissect tissue.
Long-bladed ring scissors in straight or curved form with sharp or blunt tips, used mainly for deep tissue dissection.
Ring-handled tenotomy scissors with long handles and small blades, used for delicate dissection in eye, neuro and plastic surgery.
Small ophthalmic scissors with rounded blades and usually blunt tips, used for dissection during strabismus (eye muscle) surgery.
Instruments that hold back wound edges, organs and tissue so the surgeon can see and reach the operative site; hand-held or self-retaining.
Non-locking, spring-handled forceps held like a pen, used to grasp, hold and move tissue, dressings and sutures; tips may be toothed or smooth.
Fine angled ophthalmic forceps used to grasp and steer the edge of the anterior lens capsule during capsulorhexis in cataract surgery.
Spring-handled micro scissors with tiny, delicate blades, used mainly in eye surgery such as capsulotomy and iridectomy.
Spring-handled ophthalmic scissors with blades curved left or right, used for cutting delicate tissue in eye surgery.
Bayonet-shaped neurosurgical forceps with serrated or toothed cup-like jaws, used to grasp and remove tumour tissue; often made in titanium.
It appears only on profiles with a confirmed paid arrangement. Paid status does not change a company’s verification status or its position in organic results.
An OEM or private-label manufacturer produces instruments that another company sells under its own brand. Profiles mention OEM production only where the company’s website offers it.
Penetrating towel clamp with curved, sharply pointed jaws that meet inward, used to hold drapes in place and sometimes to reduce bone fragments.
Large self-retaining abdominal retractor with two lateral blades and a central bladder blade, used to hold a laparotomy wound open.
Nasal knife with a swivelling blade, made in straight and bayonet forms, used to cut septal cartilage.
Small, fine-bore angled suction tube pattern offered in low French sizes.
Spring-wire eyelid speculum of the Barraquer type, made in wire, heavy-wire and solid-blade forms, used to keep the lids open during eye surgery.
Fine spring-handled needle holder with a rounded handle, used for very fine needles in ophthalmic and other microsurgery.
Slim, usually round knurled handle with a chuck or collet that holds Beaver-type mini blades for fine incisions.
Small straight-jawed rongeur for biting away fragments of bone or tough tissue; catalogued here as a disc rongeur for neurosurgery.
Bone rongeur with slightly curved jaws, made in single- and double-action forms, used for removing and shaping bone in small fields.
Small spring microvascular clamp, sold singly or as an approximator, used to occlude small vessels temporarily during microsurgical anastomosis.
Curved-jaw bone rongeur used for trimming and contouring bone, with versions sold for oral surgery as well as general orthopaedic work.
Strong double-action bone rongeur with straight or curved jaws, used for cutting and removing bone in orthopaedic and oral surgery.
A blunt intranasal elevator used in the closed reduction of nasal bone fractures to lift depressed nasal bones back into position.
Slender, double-ended, malleable probe used to explore and open the nasolacrimal duct, especially in congenital tear-duct obstruction.
Bone curette with a sharp round or oval cup, made in a wide graded size series, straight or angled, for scraping bone.
A long-handled orthopaedic osteotome of the Capener pattern, sold in graded widths; the name is also used for lamina gouges in spinal sets.
Bone curette with straight or angled shaft and a sharp cup, including toothed rectangular forms, from Caspar spinal instrument ranges.
Spinal disc rongeur with toothed jaws in straight, upward and downward forms, used in microsurgical spinal discectomy.
Adjustable eyelid speculum of the Castroviejo pattern, used to keep the eyelids retracted during eye surgery.
Double-ended lacrimal dilator, typically with one needle-point end and one tapered end, used to widen the punctum and canaliculus.
Spring-handled needle holder held with a tweezer-like grip, used for fine suturing in eye surgery, microsurgery and dental surgery.
Long, double-edged amputation knife (catlin or catling), historically used to cut the tissue between the bones of the forearm or leg.
A guarded nasal osteotome of the Cinelli pattern, typically made with guards on both sides of the cutting edge, used in nasal bone surgery.
Small angled-jaw bone rongeur used mainly in ear (mastoid) and other craniofacial surgery to nibble away thin bone.
A cervical osteotome associated with Cloward-style anterior cervical spine instrumentation, used to cut or shape bone by mallet percussion.
Self-retaining cervical spine retractor (Cloward type) with a frame and interchangeable blade pairs, used to hold tissue apart during anterior neck surgery.
ENT sinus curette in antrum and open-ended forms, forward- or backward-cutting, used to scrape tissue from the maxillary and other sinuses.
Long bone curette with an oval cup, straight or angled, used to scrape bone and soft tissue in spinal and orthopaedic surgery.
A sturdy, broad-bladed Cobb elevator used in spinal surgery to strip the paraspinal muscles subperiosteally from the spinous processes and laminae.
Crile-type hemostatic forceps with a lighter, more delicate distal end, used to clamp small vessels and grasp tissue; made straight or curved.
Bivalve stainless-steel vaginal speculum of the Collin pattern, made in several sizes, used to open the vagina for examination and gynaecological procedures.
Ring curette with a sharp open ring tip, straight or angled, used in spinal surgery to scrape bone and soft tissue.
Eyelid speculum with a locking screw, made in adult, child and infant sizes, used to hold the lids open during eye procedures.
Cardiovascular suction tube pattern, made in vascular, intracardiac and sump versions with angled or curved shafts.
A Cottle-pattern nasal elevator: a fine, often double-ended and graduated instrument for lifting mucosa, periosteum and soft tissue in nasal surgery.
Nasal knife with a small, stiff blade on a slender shaft, used to cut and dissect tissue inside the nose in ENT surgery.
A fine, graduated nasal osteotome of the Cottle pattern, used to cut nasal bone and cartilage in rhinoplasty and septal surgery.
Straight nasal rasp used in rhinoplasty to smooth and reshape the bony nasal dorsum.
Nasal septum speculum of the Cottle pattern with long, thin blades and a set screw, used for exposure inside the nose during septal and nasal surgery.
Narrow-jawed, ratcheted needle holder with a tapered blunt tip, for small to medium needles in both continuous and interrupted closures.
Bivalve vaginal speculum with hinged blades and a locking screw, the Cusco pattern, used to view the vagina and cervix for examination and procedures.
Long-shafted spinal rongeur with small cup jaws, made straight or angled up or down, used to remove intervertebral disc material and bone.
A Dahmen-pattern bone instrument with a synthetic handle, listed in straight and angled forms; the name also appears on Dahmen gouges.
Hand-held deep abdominal retractor with a broad, smoothly curved blade, invented by surgeon John Blair Deaver, used to retract organs and deep incisions.
Curved surgical suction tube pattern made with interchangeable tip sizes, including fibre-optic versions, for clearing the operative field.
Small spring-action bulldog clamp with atraumatic DeBakey-type serrated jaws, made straight or angled, for temporary vessel occlusion.
Curved atraumatic cardiovascular clamp combining DeBakey serrations with the Satinsky side-biting shape, for partial occlusion of large vessels.
Fine micro rongeur on a long shaft, with straight, upward, left or right angled jaws, used to remove disc and bone in spinal microsurgery.
Curved hand-held lid retractor named after ophthalmologist Louis-Auguste Desmarres, used to lift and evert the eyelid; larger versions serve elsewhere.
Metal surgical mallet used to strike osteotomes, chisels and gouges when cutting or shaping bone.
A hooked rib raspatory used in thoracic surgery to strip the periosteum from around a rib; made in left and right and in different sizes.
A broad, sharp-edged Farabeuf raspatory (rugine), straight or curved, used to scrape and lift periosteum from bone.
Oval, funnel-shaped metal ear speculum (Farrior pattern) that opens a channel in the ear canal for examination and ear surgery.
Angled Frazier-style suction tube (often listed as Frazier-Ferguson), offered in several French sizes for ENT surgery.
Long spinal rongeur with cup jaws, straight or angled, used to remove disc material and bone during spine surgery.
ENT suction system pattern in which separate fine suction tubes of different diameters fit a common Fisch handle.
Named tonsil knife pattern, a long one-piece knife made for use in tonsil surgery.
Small adjustable eyelid speculum sized for infants, used to hold the lids apart during eye examination or ophthalmic procedures.
Fine angled or straight metal suction tube with a finger cut-off on the handle and a stylet, used to aspirate small operative fields.
A slim double-ended elevator with a sharp and a blunt end, used in nasal septal surgery and in the reduction of nasal fractures.
Nasal septum knife with a small D-shaped blade, used for cutting and dissection in septal surgery.
Small, light rongeur with delicate jaws, used to trim and smooth bone in oral, hand and other fine bone surgery; mini and micro versions exist.
Fine suction tube pattern offered in a wide range of small sizes, described in catalogues as having a teardrop-shaped tip.
Ophthalmic hand punch with a small hollow cutting tip, used to excise a disc of tissue at the corneoscleral junction, notably in glaucoma filtering surgery.
Self-retaining retractor with two pointed hooked arms and a ratchet lock, the Gelpi pattern, used to hold small or shallow incisions open.
Small ophthalmic knife pattern for corneal work, offered in straight and curved versions.
Combination needle holder and suture scissors with curved, cross-serrated jaws and an offset ring, used for delicate wound closure.
Atraumatic bulldog clamp of the Glover pattern, made straight, curved or angled, for temporarily occluding vessels in cardiovascular surgery.
Duckbill bivalve vaginal speculum of the Graves pattern, the design most commonly used for pelvic examination, Pap smears and gynaecological procedures.
A double-ended nasal septum elevator and dissector, typically with one sharp (or semi-sharp) end and one blunt end, used in septal surgery.
Long sinus punch with a small cutting jaw, made in up-, down-, through-cutting and rotating forms, used to open and enlarge the sphenoid sinus.
Curette with a small oval cup on a slender, sometimes malleable shaft, used in sinus surgery and for scraping bone.
Small ring-handled, ratcheted needle holder for fine needles, used mostly in plastic surgery and on delicate tissue such as skin.
Two-armed ophthalmic probe (trabeculotome) used in ab externo trabeculotomy to open Schlemm's canal into the anterior chamber, mainly for congenital glaucoma.
Needle holder with slightly curved shanks and jaws, used mostly for gynaecological suturing such as in vaginal and abdominal hysterectomy.
Heavy stainless steel surgical mallet used to drive chisels, gouges and osteotomes in bone surgery.
Graded metal rod dilator with a rounded conical tip, used in sets of increasing size to dilate the cervix and other passages.
Double-ended bone curette with sharp oval cups, made in numbered right/left pairs, used to scrape bone and remove tissue from bony cavities.
Hinged, ratcheted locking forceps used to clamp blood vessels shut and control bleeding during surgery, made in many named patterns.
Orthopaedic bone lever with a narrow tip, used to lever soft tissue away and expose bone during orthopaedic surgery.
A straight, hand-held orthopaedic osteotome driven with a mallet to cut or shape bone; offered in a graded range of blade widths.
ENT suction-irrigator pattern that combines suction and irrigation channels, used in ear and other ENT surgery.
Hand-held skin graft knife (manual dermatome) with an adjustable roller that sets the thickness of split-thickness grafts.
Delicate hemostatic forceps with very fine tips, used for microsurgical work; made straight, curved, fully curved and right-angled.
Spring-handled micro needle holder with fine tapered jaws, used for suturing in microvascular and other microsurgical procedures.
Double-ended curette with sharp oval or round cups, often angled, used for bone curettage and in ear surgery.
Double-ended aural instrument used for removing earwax and debris from the ear canal, combining a small ring curette with a probe/wool-carrier end.
Small cross-action bulldog clamp with serrated jaws, made straight or slightly curved, used for temporary clamping of blood vessels.
Small ratcheted towel clamp used to fasten surgical drapes or towels to one another at the operating site.
Family of small nasal knives with straight or curved blades, sharp or button (blunt) ends, used for cutting inside the nose.
A small, slightly curved Joseph-pattern periosteal elevator (raspatory) with a flat handle, used for fine elevation of periosteum from bone.
Punch-type rongeur with a sliding cutting blade against a footplate, used to bite away bone from the inside out, mainly in spine and sinus surgery.
Long-bladed nasal septum speculum of the Killian pattern, often with a locking screw, used for deep exposure inside the nose during septal surgery.
Hand-held retractor of the Kocher pattern, made with a blunt blade or with sharp hooks, used to hold back tissue during open surgery.
Hemostatic forceps with serrated jaws and interlocking 1×2 teeth at the tips; long straight versions are catalogued for bariatric surgery.
Wire eyelid speculum of the Kratz-Barraquer type, with open or winged blades, used to keep the eyelids apart during anterior-segment eye surgery.
Hand-held hook used in orthopaedic surgery to retract, lift and manipulate bone and adjacent tissue at the operative site.
A widely used orthopaedic osteotome family of the Lambotte pattern, made in straight, curved, angled and mini versions for cutting bone.
Nasal bone rasp used in rhinoplasty to refine the nasal bones; catalogued in fine and downward-cutting versions.
Eyelid speculum of the Lancaster pattern with solid blades, used to retract the eyelids for eye surgery; temporal and malleable versions exist.
Long-bladed knife from the amputation and resection group, named for cutting soft-tissue flaps.
Hand-held right-angled blade retractor of the Langenbeck pattern, used to hold back wound edges and soft tissue in general and orthopaedic surgery.
Double-action bone rongeur with narrow, curved jaws, used to bite away bone to improve access and visualisation.
Fine curette with a small sharp cup on a thin neck, straight or angled, used mainly in ear surgery and delicate bone work.
Fine bone rongeur with narrow straight or curved jaws, used to bite away small amounts of bone.
An orthopaedic osteotome of the Lexer pattern, usually with a synthetic handle, made in a wide range of widths and in mini and gouge forms.
Adjustable wire eyelid speculum (Lieberman type) with temporal or nasal approach blades, used to hold the lids open in eye surgery.
Long, straight, pointed amputation knife of the 19th century, named after the Scottish surgeon Robert Liston.
Blunt, curved probe used in colorectal surgery to explore an anal fistula and trace its track between the internal and external openings.
Slender hand-held retractor with a small blunt tip, made straight or angled, used to hold a nerve root or dura gently aside during spinal surgery.
Bone curette with a small concave spoon, used mainly in dental and oral surgery to scrape bone and remove soft tissue from sockets.
A double-ended MacDonald dissector/elevator with blunt working ends, used to lift and separate tissue.
Long, heavy-jawed needle holder of the Mayo-Hegar type, used for deep tissue suturing such as in bariatric surgery.
Plier-style needle holder with a single spring and a ratchet at the base of the handles, used where refined suturing is needed.
The standard general-surgery needle holder: ring handles, a locking ratchet and wide jaws suited to larger, heavier needles.
Angled urological clamp, made in left and right versions, used to secure the dorsal vein complex during radical retropubic prostatectomy.
A small, lightly curved McKenty elevator used in nasal and septal surgery; sold as both a periosteal elevator and a septum elevator.
Hand-held retractor of the Meyerding pattern with a deep blade, used to retract muscle during spinal (laminectomy) surgery.
Small sharp cup curette for ophthalmic use, made in a range of cup sizes, used to scoop out a chalazion after incision.
Small sharp bone curette, single- or double-ended, used mainly in oral and maxillofacial surgery to scrape bone and clean bony defects.
Surgical suction tube pattern, listed by makers with interchangeable or replacement tips, used to clear fluid from the operative field.
Small hand-held ophthalmic dilator with a tapered tip, used to enlarge the lacrimal punctum and canal during tear-duct procedures.
Eyelid speculum with a locking screw and open blades, catalogued for general eye surgery and in LASIK-specific versions.
Forceps-like instrument with short, textured jaws and usually a locking ratchet, used to hold and drive a suture needle.
Orthopaedic meniscus knife pattern, a hand-held cutting instrument for the meniscal cartilage of the knee.
A narrow guarded nasal osteotome of the Neivert pattern, made straight or curved left/right, used for cutting the nasal bones.
Straight nasal rasp offered in graded coarseness, some with tungsten carbide working ends, used to file nasal bone in rhinoplasty.
A small, short bone chisel of the Partsch pattern, made in flat and concave (gouge-style) blade forms for fine bone work.
Fine metal suction tube pattern made in a range of French sizes, offered by ENT instrument makers such as Karl Storz.
Abdominal suction tube pattern of relatively wide bore, made straight or curved and in reusable or single-use forms.
Long, double-ended ENT curette used to scrape and remove tissue and thin bone from the ethmoid sinus cells.
Flat, malleable strip retractor that can be bent to the shape needed, used to hold back organs and tissue in deep surgical wounds.
Double-ended hand-held abdominal retractor (Richardson-Eastman pattern) with a different-sized blade at each end, used to retract deep abdominal incisions.
Pean-type ratcheted hemostatic forceps for clamping vessels and tissue; long straight versions are catalogued for bariatric surgery.
A nasal osteotome of the Rubin pattern, used in plastic and nasal surgery to cut or shape small bones and cartilage of the nose.
Ratcheted needle holder with narrow, fine jaws for very small needles, used in cardiovascular, plastic and neurosurgical procedures.
Ring-handled, ratcheted needle holder with inward-curving shanks and short grooved jaws, used for approximation suturing in cardiovascular work.
Small skin graft knife that holds a razor-type blade with a thickness guide, for harvesting small split-thickness grafts.
Ophthalmic cannula that irrigates and aspirates through one instrument, used in cataract surgery to remove remaining lens material.
Double-action laminectomy rongeur used to nibble away bone, particularly lamina in spinal surgery; made with straight or lightly curved jaws.
A long-handled orthopaedic osteotome of the Smith-Petersen pattern, made in straight and curved forms and in a wide range of widths.
Straight bone-holding forceps of the Steinhäuser pattern, catalogued for oral and maxillofacial work in holding and repositioning bone.
The original osteotome pattern of the Swedish maker Stille, with an eight-sided handle, used to cut and shape bone by mallet percussion.
Heavy bone cutting forceps of the Liston type, used to cut through bone and cartilage; made in straight and angled versions.
Double-action bone rongeur with oval gouge-shaped jaws, used to remove bone fragments and cartilage or nibble bone ends.
Long, double-action bone rongeur with a straight shaft, used to bite away dense bone; offered in several jaw widths.
Instrument inserted into the vagina to hold its walls apart for direct viewing of the vagina and cervix during examinations and procedures.
Curved metal urethral sound used to explore the urethra and dilate urethral strictures; supplied in a graded series of French sizes.
Hand-held nasal speculum of the Vienna pattern, made in infant to large sizes, used to open the nostril for examination or ENT procedures.
Classic sharp spoon bone curette, single- or double-ended with oval or round cups, used to scrape bone and remove tissue from bony cavities.
Hand-held rake retractor with sharp or blunt prongs on a curved head, named after Richard von Volkmann, used to hold back skin and tissue.
Light, small needle holder for small needles and fine suture, often used in plastic surgery and subcutaneous closure.
Self-retaining rake retractor with toothed arms and a ratchet, designed by Franz Weitlaner, used to hold shallow incisions open.
Single-ended lacrimal dilator with a tapered tip, made in fine, medium and heavy tapers, used to gradually enlarge the lacrimal punctum.
Slim spinal rongeur with a small cup, often toothed, used to remove disc material during lumbar discectomy.
Surgical mallet with a cylindrical head used to strike chisels and osteotomes; offered in small and larger, sometimes lead-filled, versions.
A double-ended Woodson dural separator and packer, with a separating blade at one end and a packing tip at the other, used in neuro and spine surgery.
Rigid curved suction tip with a bulbous, multi-holed head, used for oral and throat suction and to clear the surgical field.
Long ring curette with a sharp/blunt ring tip, straight or angled, used in spinal surgery to scrape bone and soft tissue.
Tonsil knife pattern with a small blade on a long slender shaft, used in tonsil surgery.
A/V-shaped micro vessel clamp developed by Robert Acland, used singly or as a double approximator to occlude small vessels before anastomosis.
A round-nosed Adson-pattern elevator used in neurosurgery to lift periosteum and to pry up or position a bone flap; straight or curved.
Reusable metal suction tube pattern, made straight or curved, with a handle that has a finger cut-off for controlling suction.
Straight intestinal clamp with longitudinally serrated jaws and 1×2 teeth, used in gastrointestinal surgery; also made in a smaller paediatric size.
Locking tissue forceps with rows of sharp interlocking teeth, used to grasp and hold heavy tissue, fascia or tissue that will be removed.
Curved suction tube pattern, listed by one maker as a tonsil suction tube, used to clear blood and fluid from the field.
Plier-handled spring needle holder with a ratchet lock at the base of the handles, used mainly in eye and eyelid surgery.
Hand-held nasal retractor of the Aufricht pattern with a broad blade, used to lift nasal skin and soft tissue for exposure in nasal surgery.
Curved nasal rasp used in rhinoplasty to file and smooth the nasal bones after the bony hump has been reduced.
Angled double-action laminectomy rongeur with narrow duckbill jaws, used to bite bone and tough tissue in spinal surgery.
Hand-held knife with a short curved blade, used to cut through and trim plaster when a cast is opened or removed.
A maxillofacial periosteal elevator, also sold as an Obwegeser periosteal stripper, used to lift periosteum from the facial bones and jaw.
Ratcheted ring-handled needle holder with built-in suture scissors behind the jaws, so one instrument can drive the needle and cut the suture.
SurgiFacts.com is an independent discovery platform for the surgical instrument industry. It combines a directory of manufacturers, suppliers, distributors and exporters, a reference database of surgical instruments and a calendar of industry exhibitions. It is not an online shop.
A manufacturer makes instruments itself, while a distributor buys from manufacturers and resells them, often with local stock and service. The directory shows the business type stated on each company’s own website.
The Abraham Tonsil Knife is also known as Abraham knife.
The Acland Microvascular Clamp is also known as Acland clamp, Acland micro-vessel clamp, Acland double approximator clamp.
The Adson Periosteal Elevator is also known as Adson periosteal raspatory.
The Adson Tissue Forceps is also known as Adson forceps, Adson dissecting forceps.
The Adson-Brown Forceps is also known as Brown-Adson forceps, Brown-Adson tissue forceps.
The Allen Intestinal Clamp is also known as Allen clamp.
The Allis Clamp is also known as Allis forceps, Allis tissue forceps.
The Andrews-Pynchon Suction Tube is also known as Andrews-Pynchon tonsil suction tube.
The Aufricht Rasp is also known as Aufricht nasal rasp.
The Backhaus Towel Clamp is also known as Backhaus towel forceps, Backhaus penetrating towel clamp, Towel clip.
The Balfour Abdominal Retractor is also known as Balfour Retractor, Balfour Self-Retaining Retractor.
The Barraquer Eye Speculum is also known as Barraquer Wire Speculum.
The Beaver Scalpel Handle is also known as Beaver blade handle, Beaver chuck knife handle.
The Beck Disc Rongeur is also known as Beck rongeur.
The Bellucci Micro-Ear Scissors is also known as Bellucci micro ear scissors.
The Beyer Rongeur is also known as Beyer bone rongeur.
The Biemer Vessel Clamp is also known as Biemer vessel clip, Biemer micro vessel clamp.
The Bishop-Harmon Forceps is also known as Bishop-Harmon tissue forceps.
The Blakesley Ethmoid Forceps is also known as Ethmoid-Blakesley forceps.
The Bohler Rongeur is also known as Boehler rongeur, Böhler rongeur, Bohler bone rongeur.
The Boies Nasal Fracture Elevator is also known as Boies elevator.
The Bowman Lacrimal Probe is also known as Bowman probe.
The Bruns Curette is also known as Bruns bone curette.
The Capener Osteotome is also known as Capener lamina gouge (related gouge pattern).
The Caspar Bone Curette is also known as Caspar bone curette.
The Caspar Disc Rongeur is also known as Caspar toothed disc rongeur.
The Castroviejo Lacrimal Dilator is also known as Castroviejo double-ended lacrimal dilator.
The Castroviejo Suturing Forceps is also known as Castroviejo forceps.
The Catlin Amputation Knife is also known as Catling, Interosseous knife.
The Citelli Rongeur is also known as Citelli mastoid rongeur, Citelli bone rongeur.
The Cloward Osteotome is also known as Cloward style cervical osteotome.
The Cloward Retractor is also known as Cloward Cervical Retractor, Cloward-style Cervical Retractor.
The Coakley Curette is also known as Coakley antrum curette, Coakley sinus curette.
The Cobb Bone Curette is also known as Cobb bone curette.
The Cobb Spinal Elevator is also known as Cobb elevator, Cobb raspatory, Cobb periosteal elevator.
The Collier Hemostat is also known as Coller hemostatic forceps, Coller-Crile forceps.
The Cone Ring Curette is also known as Cone curette.
The Cook Eye Speculum is also known as Cooke Eye Speculum.
The Cooley Suction Tube is also known as Cooley sump suction, Cooley vascular suction tube.
The Cottle Elevator is also known as Cottle septum elevator, Cottle raspatory, Cottle periosteal elevator.
The Cottle Nasal Knife is also known as Cottle nasal septum knife, Cottle knife.
The Cottle Osteotome is also known as Cottle nasal chisel.
The Cottle Rasp is also known as Cottle nasal rasp.
The Cusco Vaginal Speculum is also known as Cusco's Speculum, Cusco Bivalve Speculum.
The Cushing Disc Rongeur is also known as Cushing intervertebral disc rongeur, Cushing IVD rongeur, Cushing laminectomy rongeur.
The Dahmen Osteotome is also known as Dahmen gouge (related gouge form).
The DeBakey Forceps is also known as DeBakey tissue forceps.
The DeBakey-Diethrich Bulldog Clamp is also known as Diethrich bulldog clamp, Dietrich bulldog clamp.
The DeBakey-Satinsky Clamp is also known as Satinsky clamp, DeBakey-Satinsky vascular clamp.
The Decker Micro Rongeur is also known as Decker IVD rongeur, Decker micropituitary rongeur, Decker forceps.
The Desmarres Lid Retractor is also known as Desmarres Retractor, Desmarres Vein Retractor, Desmarres Valve Retractor.
The Doyen Bone Mallet is also known as Doyen mallet, Surgical hammer.
The Doyen Rib Raspatory is also known as Doyen rib rasp, Doyen raspatory.
The Echlin Duckbill Bone Nibbler is also known as Echlin duckbill rongeur, Echlin laminectomy rongeur.
The Farabeuf Rugine is also known as Farabeuf raspatory, Farabeuf-Collin raspatory, Faraboeuf rugine.
The Farrior Oval Ear Speculum is also known as Farrior Ear Speculum, Farrior Speculum Oval Oblique.
The Fergusson Suction Tube is also known as Ferguson suction tube, Frazier-Ferguson suction tube.
The Ferris-Smith Disc Rongeur is also known as Ferris-Smith pituitary rongeur, Ferris-Smith IVD rongeur.
The Fisch Suction Tube is also known as Fisch suction/irrigation tube.
The Foerster Sponge Forceps is also known as Foerster sponge holding forceps, Foerster clamp, Sponge forceps.
The Frankel Infant Lid Speculum is also known as Frankel Infant Eye Speculum, Frankel Lid Speculum.
The Freer Elevator is also known as Freer septum elevator, Freer elevator/dissector.
The Friedman Bone Rongeur is also known as Mini Friedman rongeur, Micro Friedman rongeur.
The Fukushima Suction Tube is also known as Fukushima teardrop suction tube.
The Gass Corneoscleral Punch is also known as Gass punch.
The Gillies Needle Holder is also known as Gillies needle holder scissors.
The Glover Bulldog Clamp is also known as Glover atraumatic bulldog clamp.
The Gorney Face Lift Scissors is also known as Gorney rhytidectomy scissors.
The Graves Vaginal Speculum is also known as Graves Duckbill Speculum.
The Hajek-Ballenger Elevator is also known as Ballenger-Hajek septum elevator, Hajek-Ballenger septum elevator and dissector.
The Hajek-Kofler Sphenoid Punch is also known as Hajek-Koffler punch, Hajek sphenoid punch, Sphenoid bone punch.
The Halle Bone Curette is also known as Halle ethmoid curette, Halle antrum curette.
The Halsey Needle Holder is also known as Halsey-Webster needle holder.
The Harms Trabeculotomy Probe is also known as Harms trabeculotome.
The Heath Mallet is also known as Heath bone mallet.
The Hegar Uterine Dilator is also known as Hegar dilators, Hegar cervical dilator.
The Hemostat (Hemostatic Forceps) is also known as Hemostatic clamp, Arterial forceps, Artery forceps, Pean.
The Hohmann Retractor is also known as Hohmann Bone Lever, Hohmann Elevator, Hohmann-Hebel (German).
The House Suction Tube is also known as House suction irrigator.
The Humby Skin Graft Knife is also known as Humby dermatome, Humby knife.
The Iris Scissors is also known as Iris forceps (term used in the UK and Asia).
The Jacobson Hemostat is also known as Jacobson hemostatic forceps, Jacobson micro hemostatic forceps.
The Jacobson Micro Needle Holder is also known as Jacobson-Castroviejo needle holder.
The Jansen Bone Curette is also known as Jansen bone curette.
The Jobson-Horne Ear Probe is also known as Jobson Horne probe.
The Johns Hopkins Bulldog Clamp is also known as Hopkins bulldog clamp.
The Jones Towel Clamp is also known as Jones towel forceps.
The Joseph Nasal Knife is also known as Joseph knife, Joseph button-end knife.
The Joseph Periosteal Elevator is also known as Joseph raspatory.
The Kelman-McPherson Forceps is also known as Kelman-McPherson tying forceps.
The Kerrison Rongeur is also known as Kerrison punch, Kerrison laminectomy rongeur.
The Killian Septum Speculum is also known as Killian Nasal Speculum.
The Kocher-Ochsner Hemostat is also known as Kocher forceps, Ochsner forceps, Kocher clamp.
The Lambotte Osteotome is also known as Mini-Lambotte osteotome (small version).
The Langenbeck Retractor is also known as Langenbeck-Haken (German).
The Leksell Bone Nibbler is also known as Leksell rongeur, Leksell-Stille rongeur.
The Lempert Curette is also known as Lempert ear curette.
The Lexer Osteotome is also known as Lexer chisel, Mini-Lexer (smaller version).
The Lieberman Wire Speculum is also known as Lieberman Speculum, Liebermann Eye Speculum.
The Liston Amputation Knife is also known as Liston knife, Liston-type amputation knife.
The Littler Suture Scissors is also known as Littler suture carrying scissors, Littler dissecting scissors.
The Love Nerve Root Retractor is also known as Love Nerve Retractor, Love Root Retractor, Love Tissue Retractor.
The Lucas Bone Curette is also known as Lucas bone curette.
The MacDonald Elevator is also known as MacDonald dissector.
The Masson Needle Holder is also known as Mayo-Hegar (Masson) needle holder.
The Mayo Scissors is also known as Suture scissors (straight pattern).
The Mayo-Hegar Needle Holder is also known as Mayo-Hegar needle driver.
The Mayo-Stille Scissors is also known as Mayo-Stille dissecting scissors.
The McDougal Prostatectomy Clamp is also known as McDougal clamp.
The McKenty Periosteal Elevator is also known as McKenty septum elevator, McKenty septal elevator.
The McPherson Tying Forceps is also known as MacPherson tying forceps, McPherson forceps.
The Metzenbaum Scissors is also known as Metz, Metzenbaum–Lahey scissors.
The Meyerding Retractor is also known as Meyerding Hemilaminectomy Retractor, Meyerding Finger Retractor.
The Meyerhoefer Chalazion Curette is also known as Meyhoefer chalazion curette, Chalazion curette.
The Molt Bone Curette is also known as Molt bone curette.
The Murdoch Eye Speculum is also known as Murdoch LASIK Speculum.
The Needle Holder is also known as Needle driver, Needle forceps.
The Neivert Osteotome is also known as Neivert-Anderson osteotome (related pattern), Neivert nasal chisel.
The Obwegeser Periosteal Elevator is also known as Obwegeser periosteal stripper, Obwegeser mandibular periosteal stripper.
The Olsen-Hegar Needle Holder is also known as Olsen-Hegar needle holder and scissors.
The Parkes Nasal Rasp is also known as Parkes rasp.
The Partsch Chisel is also known as Partsch osteotome, Partsch gouge (concave version).
The Poole Suction Tube is also known as Poole abdominal suction tube.
The Potts-Smith Tissue Forceps is also known as Potts-Smith forceps.
The Reynolds Scissors is also known as Reynolds dissecting scissors.
The Ribbon Retractor is also known as Malleable Retractor, Malleable Ribbon Retractor.
The Richardson-Eastman Retractor is also known as Richardson-Eastmann Retractor.
The Rochester-Pean Hemostat is also known as Rochester-Pean forceps, Pean forceps.
The Rubin Osteotome is also known as Rubin nasal-frontal osteotome.
The Scalpel (Handles & Blades) is also known as Surgical knife, Bistoury, B.P. handle (Bard-Parker).
The Silver Skin Graft Knife is also known as Silver's knife, Silvers skin graft handle, Silver dermatome knife.
The Simcoe Irrigation-Aspiration Cannula is also known as Simcoe I/A cannula, Simcoe irrigating-aspirating cannula.
The Sims Uterine Scissors is also known as Sims scissors.
The Smith-Petersen Bone Nibbler is also known as Smith-Petersen laminectomy rongeur, Smith-Peterson rongeur.
The Smith-Petersen Osteotome is also known as Smith Peterson osteotome.
The Steinhauser Bone Clamp is also known as Steinhäuser bone holding forceps, Steinhauser maxillo reposition forceps.
The Stille Osteotome is also known as Swedish osteotome, Stille-type osteotome.
The Stille-Liston Bone Cutter is also known as Stille-Liston bone cutting forceps, Liston bone cutting forceps.
The Stille-Luer Bone Nibbler is also known as Stille-Luer rongeur, Luer bone rongeur.
The Surgical Retractors is also known as Retractor.
The Sypert Bone Nibbler is also known as Sypert rongeur.
The Thumb Forceps (Tissue Forceps) is also known as Pick-ups, Dressing forceps, Tissue forceps.
The Utrata Capsulorhexis Forceps is also known as Utrata forceps, Capsulorhexis forceps.
The Vaginal Speculum is also known as Speculum.
The Van Buren Urethral Sound is also known as Van Buren sound, Urethral bougie.
The Vannas Capsulotomy Scissors is also known as Vannas micro scissors.
The Volkmann Curette is also known as Volkmann bone curette.
The Volkmann Retractor is also known as Volkman Retractor, Volkmann Rake.
The Webster Needle Holder is also known as Webster-Halsey needle holder.
The Weitlaner Retractor is also known as Weitlander Retractor.
The Westcott Tenotomy Scissors is also known as Westcott scissors.
The Williams Discectomy Rongeur is also known as Williams disc rongeur.
The Williger Bone Mallet is also known as Williger mallet.
The Woodson Elevator is also known as Woodson dural separator, Woodson dural separator and packer, Woodson elevator and spatula.
The Yankauer Suction Tip is also known as Yankauer.
The Yasargil Tumor Grasping Forceps is also known as Yasargil bayonet tumor forceps.
The Zielke Spinal Curette is also known as Zielke ring curette.
Confirm the company’s identity and address, whether it manufactures or resells, the materials and finishes it uses, and the certificates or registrations required in your market. The supplier-check guide lists the main steps.
Patterns listed under bone instruments include Aufricht Rasp, Cottle Rasp, Doyen Bone Mallet, Echlin Duckbill Bone Nibbler, Heath Mallet, Kern Bone Holding Forceps, Lambotte Bone Hook and Lamont Nasal Rasp.
Patterns listed under clamps include Acland Microvascular Clamp, Allen Intestinal Clamp, Allis Clamp, Backhaus Towel Clamp, Biemer Vessel Clamp, Collier Hemostat, DeBakey-Diethrich Bulldog Clamp and DeBakey-Satinsky Clamp.
Patterns listed under curettes include Bruns Curette, Caspar Bone Curette, Coakley Curette, Cobb Bone Curette, Cone Ring Curette, Halle Bone Curette, Hemingway Bone Curette and Jansen Bone Curette.
Patterns listed under elevators include Adson Periosteal Elevator, Boies Nasal Fracture Elevator, Cobb Spinal Elevator, Cottle Elevator, Doyen Rib Raspatory, Farabeuf Rugine, Freer Elevator and Hajek-Ballenger Elevator.
Patterns listed under forceps include Adson Tissue Forceps, Adson-Brown Forceps, Allis Clamp, Bishop-Harmon Forceps, Blakesley Ethmoid Forceps, Castroviejo Suturing Forceps, DeBakey Forceps and Foerster Sponge Forceps.
Patterns listed under knives & scalpel handles include Abraham Tonsil Knife, Ballenger Swivel Knife, Beaver Scalpel Handle, Catlin Amputation Knife, Cottle Nasal Knife, Esmarch Plaster Knife, Fowler Tonsil Knife and Freer Septum Knife.
Patterns listed under needle holders include Arruga Needle Holder, Barraquer Needle Holder, Castroviejo Needle Holder, Crile-Wood Needle Holder, Gillies Needle Holder, Halsey Needle Holder, Heaney Needle Holder and Jacobson Micro Needle Holder.
Patterns listed under osteotomes & chisels include Capener Osteotome, Cinelli Osteotome, Cloward Osteotome, Cottle Osteotome, Dahmen Osteotome, Hibbs Osteotome, Hoke Osteotome and Lambotte Osteotome.
Patterns listed under probes & dilators include Bowman Lacrimal Probe, Brodie Butterfly Probe, Castroviejo Lacrimal Dilator, Doyen Butterfly Probe, Harms Trabeculotomy Probe, Hegar Uterine Dilator, Jobson-Horne Ear Probe and Killian Probe.
Patterns listed under retractors include Aufricht Nasal Retractor, Balfour Abdominal Retractor, Cloward Retractor, Deaver Retractor, Desmarres Lid Retractor, Gelpi Retractor, Hohmann Retractor and Kocher Retractor.
Patterns listed under rongeurs include Beck Disc Rongeur, Beyer Rongeur, Blumenthal Bone Rongeur, Bohler Rongeur, Caspar Disc Rongeur, Citelli Rongeur, Cushing Disc Rongeur and Decker Micro Rongeur.
Patterns listed under scissors include Bellucci Micro-Ear Scissors, DeBakey Vascular Scissors, Gorney Face Lift Scissors, Iris Scissors, Lexer Scissors, Littler Suture Scissors, Mayo Scissors and Mayo-Stille Scissors.
Patterns listed under specula include Barraquer Eye Speculum, Castroviejo Eye Speculum, Collin Vaginal Speculum, Cook Eye Speculum, Cottle Septum Speculum, Cusco Vaginal Speculum, Farrior Oval Ear Speculum and Frankel Infant Lid Speculum.
Patterns listed under suction instruments include Adson Suction Tube, Andrews-Pynchon Suction Tube, Baron Suction Tube, Cooley Suction Tube, DeBakey Suction Tube, Fergusson Suction Tube, Fisch Suction Tube and Frazier Suction Tube.
The instrument database covers forceps, scissors, needle holders, clamps, retractors, specula, scalpels and knives, elevators, curettes, rongeurs, osteotomes, bone instruments, probes and dilators, and suction instruments, with named patterns and their variations.
The directory lists companies based in Ahmedabad, India, including Zedex Orthocare, Zealmax Ortho, Uteshiya Medicare and Unisys Ortho.
The directory lists companies based in Ankara, Turkey, including Geotek Medikal, Aerospine, Doratek Medikal and NAFX Medical.
The directory lists companies based in Auckland, New Zealand, including Jackson Allison Medical & Surgical, Bio Serve NZ, Adept Medical and InterMed Medical.
The directory lists companies based in Balgheim, Germany, including Hafner Chirurgische Instrumente and Eisold Instruments.
The directory lists companies based in Bauru, Brazil, including FAGA Medical and Bionnovation Biomedical.
The directory lists companies based in Bayswater, Australia, including SDI (Southern Dental Industries) and Trewavis Surgical.
The directory lists companies based in Beijing, China, including VetMED Tech, Surgnova Healthcare Technologies, AHANVOS (Beijing Jinhengwei) and Beijing Greenland.
The directory lists companies based in Bengaluru, India, including Universal Sutures, Thomson Surgicals and Healthium Medtech.
The directory lists companies based in Böttingen, Germany, including Maier Microtec and Seemann Technologies.
The directory lists companies based in Budapest, Hungary, including Innomed Medical and Medirex.
The directory lists companies based in Buenos Aires, Argentina, including Dental Medrano and Grupo Alemana.
The directory lists companies based in Campinas, Brazil, including Óssea Medical Technology and Traumédica.
The directory lists companies based in Campo Largo, Brazil, including Signo Vinces and DSP Biomedical.
The directory lists companies based in Cape Town, South Africa, including Intermed Medical Equipment, Megadent and TiTaMED.
The directory lists companies based in Casablanca, Morocco, including Eramedic, Promamec and Health Technology.
The directory lists companies based in Changzhou, China, including Victor Medical Instruments, Jiangsu ATE Medical Technology, CAK Medical (Changzhou Ankang Medical Instruments) and Changzhou Lookmed Medical Instrument.
The directory lists companies based in Chennai, India, including Hebson and Trivitron Healthcare.
The directory lists companies based in Cheongju, South Korea, including DynaMedic, DiaDent Group International, META BIOMED and Mediclus.
The directory lists companies based in Chikuma, Japan, including SAKURA SEIKI and Hakko Co., Ltd. (Medical Division).
The directory lists companies based in Coimbatore, India, including Staan Bio-Med Engineering and Hospiinz International.
The directory lists companies based in Daegu, South Korea, including FINEMEDIX, MANTIZ, MegaGen Implant and Saeshin Precision.
The directory lists companies based in Daska, Pakistan, including Zwan Impex, Servax Corporation and Scott Instruments CO.
The directory lists companies based in Delhi, India, including Vast Ortho, Kaushik Orthopaedic, Capsur Enterprises and MaxLife Industries (Zohra Surgical Enterprises).
The directory lists companies based in Denkingen, Germany, including MEBA Schwer and Seid Medical.
The directory lists companies based in Dubai, United Arab Emirates, including Al Zahrawi Medical Supplies, Ortek Medical Equipment Trading, Zeppelin ME Medical Equipment Trading and ARASCA Medical Equipment Trading.
The directory lists companies based in Dublin, Ireland, including M.E.D. Surgical, Emerald Healthcare, Promedicare and Medray.
The directory lists companies based in Dürbheim, Germany, including Gebrüder Zepf Medizintechnik and Kapp surgical.
The directory lists companies based in Emmingen-Liptingen, Germany, including Endoservice, MK medical, MEDE Technik and Stoma (Storz am Mark).
The directory lists companies based in Emmingen, Germany, including Rudolf Storz and Bema Medical.
The directory lists companies based in Foshan, China, including Foshan Vimel Dental Equipment, Foshan Senda Medical Instrument, WISEDENT (Baru Foshan) and Foshan Wenjian Medical.
The directory lists companies based in Fridingen, Germany, including Taurus Instruments, Vinzenz Sattler, Spiegel Medizintechnik and Hermann Medizintechnik.
The directory lists companies based in Frittlingen, Germany, including Wenzler Medizintechnik, Peter Höhnle, Faulhaber Pinzetten and Sprenger.
The directory lists companies based in Gimpo, South Korea, including Taewoong Medical and OSUNG MND.
The directory lists companies based in Gujranwala, Pakistan, including Ortho Grip Ind, Ghulam Trading and Ayyat Steel.
The directory lists companies based in Gurugram, India, including R. K. Surgical Industries, GWS Surgicals, ASCO Medical and Ophtechnics.
The directory lists companies based in Hangzhou, China, including Leadoss (Minsheng Lide Medical Technology), Sino Ortho, Hangzhou Westlake Biomaterial and Benzgum Medical Technology (Surgica Supply).
The directory lists companies based in Hanoi, Vietnam, including TNT Medical, PrimeMed and Trang Thi Medical.
The directory lists companies based in Hauppauge, United States, including Busse Hospital Disposables and American Diagnostic Corporation (ADC).
The directory lists companies based in Hong Kong, Hong Kong, including Getz Healthcare Hong Kong, Synergy Medical Supply and Modern Medical Equipment Manufacturing (MMEQ).
The directory lists companies based in Huai’an, China, including Frimen and Huaian Tisurg Medical Instrument.
The directory lists companies based in Irndorf, Germany, including Biselli Medical Instruments and Bumüller.
The directory lists companies based in Irvine, United States, including Glidewell, Keystone Dental, Dentalaire Products and Pro-Dex.
The directory lists companies based in Islamabad, Pakistan, including Truecut Surgicals, Sarwar Sons and FQ Surgical.
The directory lists companies based in Istanbul, Turkey, including Implatech, Avrupa İmplant, Truemed and Scharf Instruments.
The directory lists companies based in İzmir, Turkey, including Setpa, Tıpsan, Ortopro Tıbbi Aletler and Sayan Tıbbi Aletler.
The directory lists companies based in Jaipur, India, including Austeofix Surgical and TUFFT Surgical Instruments.
The directory lists companies based in Jalandhar, India, including Golden (India) Surgicals, Associated Surgical Co. (ASCO Jalandhar), Hind Surgical Company (HSCO) and ALIS (Royal International).
The directory lists companies based in Jeddah, Saudi Arabia, including Gulf Horizon International Medical, Dome Medical Company and Rameem Medical Company.
The directory lists companies based in Johannesburg, South Africa, including Werkomed, Sanjmed Medical Distributors and Afrimedics.
The directory lists companies based in Karachi, Pakistan, including Meher Trading Company, Doctors Surgical Supply (pvt) Ltd., BIOS and AM Distributors.
The directory lists companies based in Köln, Germany, including Anton Gerl (GERL. Dental), P.J. Dahlhausen & Co. and pfm medical.
The directory lists companies based in Kyoto, Japan, including Masuda Medical Instruments and SHOFU Inc..
The directory lists companies based in Lahore, Pakistan, including Victor Surgical Instruments, Multifront International, Surgipharma and Pak Belleza Trade.
The directory lists companies based in Leeds, United Kingdom, including Tissue Regenix and Surgical Innovations.
The directory lists companies based in Madison, United States, including Orascoptic and Ellis Instruments.
The directory lists companies based in Madrid, Spain, including Master Dental, RGB Medical Devices, Distribuciones Especiales Dos and Cimbis Orthodontics.
The directory lists companies based in Malvern, United States, including DentalEZ and Sklar Surgical Instruments.
The directory lists companies based in Melville, United States, including Air Techniques and Henry Schein.
The directory lists companies based in Mühlheim an der Donau, Germany, including Chr. Frick Medizintechnik, SMT Schilling Metalltechnik, Rita Leibinger Medical and Otto Leibinger.
The directory lists companies based in Mumbai, India, including Golden Nimbus International, Biomed Healthtech and Kalelker Surgicals.
The directory lists companies based in Nairobi, Kenya, including Dentmed Kenya, Surgident, Transafrica Medical Supplies and Villa Surgical & Equipment.
The directory lists companies based in Nanjing, China, including Nanjing Redsun Optical, Nanjing ShouLiang-med Technology and Micro-Tech (Nanjing).
The directory lists companies based in Neuhausen ob Eck, Germany, including S&R Instruments, BAK Kohler Medical, Endodoctor and Strub Medical.
The directory lists companies based in New Delhi, India, including Unique Surgicare, Shakti Orthopaedic Industries, Ortho Life Systems (XLO) and Ortho Care.
The directory lists companies based in New Taipei, Taiwan, including SHINMED (Shining World Health Care), Newdean (大瓏企業), BonART and A-SPINE Asia.
The directory lists companies based in Osaka, Japan, including M.E. Science, Asuka Medical, Taisho Ika Kikai and Actmedic.
The directory lists companies based in Petach Tikva, Israel, including Gil Medical and Tzamal Medical.
The directory lists companies based in Petaling Jaya, Malaysia, including DanMedik, Stellar Medical and Lap Tech Medical.
The directory lists companies based in Prague, Czech Republic, including North Med, Promedica Praha, Medicton Group and Dentamed.
The directory lists companies based in Pune, India, including S.H. Pitkar Orthotools and Biorad Medisys.
The directory lists companies based in Rajkot, India, including Sky Surgicals, Samay Surgical, Hardik International and Bombay Ortho Enterprise.
The directory lists companies based in Rawalpindi, Pakistan, including Medsurg Instruments, Cabbot Surgicals and Blazon Surgical Company.
The directory lists companies based in Ribeirão Preto, Brazil, including Dentflex, Deltronix Medical Devices, Dentscler and Dabi Atlante.
The directory lists companies based in Rietheim-Weilheim, Germany, including S.+A. Martin, BENTEC Endoscopy, Willy Storz and Josef Bacher.
The directory lists companies based in Riga, Latvia, including Arbor, Medilink and Medeksperts.
The directory lists companies based in Rio Claro, Brazil, including Tech Import Implantes, Spine Implantes, O-LINKe Medical and Sartori Implantes.
The directory lists companies based in Rio de Janeiro, Brazil, including Lang Medical, Confiance Medical and SS White Produtos Odontológicos.
The directory lists companies based in Riyadh, Saudi Arabia, including SOMATCO, Kafou Dent, Masar Medical and Sadeem Medical.
The directory lists companies based in Samsun, Turkey, including SCA Samsun Cerrahi Aletler, Aysam Ortopedi, Asel Tıbbi Aletler (Aseltech) and Teknocer Cerrahi Aletler.
The directory lists companies based in Sandton, South Africa, including Heritage Surgical Products and Intamed.
The directory lists companies based in São Caetano do Sul, Brazil, including FAMI Tecnologia Médica and Golgran.
The directory lists companies based in São Carlos, Brazil, including Bio-Art Equipamentos Odontológicos and MMOptics.
The directory lists companies based in São Paulo, Brazil, including Unit Agulhas para Biópsia, Loktal Medical Electronics, EFF Dental and Taimin.
The directory lists companies based in Sarasota, United States, including MedOne Surgical and World Precision Instruments.
The directory lists companies based in Savannah, United States, including Ortho Technology and Innomed.
The directory lists companies based in Seitingen-Oberflacht, Germany, including Rominger Medizintechnik, Josef Betzler Surgical Instruments, SCHWERT (A. Schweickhardt) and Weinmann Chirurgische Instrumente.
The directory lists companies based in Seoul, South Korea, including Soelim, GBS Commonwealth and Jeil Medical.
The directory lists companies based in Shah Alam, Malaysia, including UMMI Surgical and UG Medical Services.
The directory lists companies based in Shanghai, China, including Shanghai Huifeng Medical Instrument (TopVetMed), Cathay Manufacturing Corp, Shanghai Teamstand Corporation and Heyinovo.
The directory lists companies based in Sheffield, United Kingdom, including JRI Orthopaedics, Bolton Surgical and Swann-Morton.
The directory lists companies based in Shenzhen, China, including Shenzhen Yamei Medical Technology, Unimicro Medical Systems, TUYOU Medical and Mindray.
The directory lists companies based in Sialkot, Pakistan, including Mirza Brothers, Orion Surgical Instruments Co., Madhi Corporation and Hilbro International.
The directory lists companies based in Singapore, Singapore, including Chee Sang Dental Supply, Lau Yau Shiong & Co, Eastland Dental Supplies and KSurgical.
The directory lists companies based in Sofia, Bulgaria, including Infomed, Intermedica Group and Sky Medical.
The directory lists companies based in Solingen, Germany, including Cuno Stamm, Hauptner & Herberholz, Friedrich Daniels and Karl Hammacher.
The directory lists companies based in Spaichingen, Germany, including Honer Medizin-Technik, Koscher & Würtz, Doppkon and MeDek.
The directory lists companies based in Suzhou, China, including Suzhou Chuangling Medical Device (Surgioptix), Suzhou Frank Medical and 66 Vision Tech.
The directory lists companies based in Taichung, Taiwan, including LAGIS Enterprise, INTAI Technology and TTBIO Corporation.
The directory lists companies based in Taipei, Taiwan, including Wellong Instruments, Central Medical Technologies and Paonan Biotech (BIOMECH).
The directory lists companies based in Tallinn, Estonia, including AB Medical Group Eesti, Semetron and Kanise.
The directory lists companies based in Thane, India, including Centenial Surgical Suture and Om Surgicals.
The directory lists companies based in Tianjin, China, including Spine-Inno (Tianjin Lingchuang Yihui Medical Technology), Just Medical Devices (Tianjin), Tianjin Fuxiang Medical Tech and Well Trust (Tianjin) Tech.
The directory lists companies based in Tokyo, Japan, including Mutoh Co., Nemoto Shokai, Hongo Iwashiya and OralCare Inc..
The directory lists companies based in Tonglu, China, including Zhejiang Jiacheng Medical Instrument, Zhejiang Tiansong Medical Instrument, Boer Medical (Hangzhou Boer Medical Instrument) and Tonglu Wanhe Medical Instrument (Vanhur).
The directory lists companies based in Toronto, Canada, including Aurora Spine and SciCan.
The directory lists companies based in Tübingen, Germany, including dental bauer, Ovesco Endoscopy and Erbe Elektromedizin.
The directory lists companies based in Tuttlingen-Nendingen, Germany, including RfQ-Medizintechnik, W+S Solutions, Michael Schilling and HGR Instrumente.
The directory lists companies based in Tuttlingen, Germany, including VUBU Medical Instruments Germany, Surgiwell, GETSCH+HILLER Medizintechnik and Eickemeyer.
The directory lists companies based in Ulm, Germany, including Zubler and ulrich medical.
The directory lists companies based in Vadodara, India, including Sharma Orthopedic (India), Ortho Max, Medix Orthopedic and Innovative Ortho Surgicals.
The directory lists companies based in Villingendorf, Germany, including REGER Medizintechnik and Cretec.
The directory lists companies based in Vilnius, Lithuania, including Interlux and Mediq Lietuva.
The directory lists companies based in Wonju, South Korea, including Neobiotech and Mediana.
The directory lists companies based in Wurmlingen, Germany, including MTI Medizin-Technische Instrumente, DAUSCH Medizintechnik, MICROMED Medizintechnik and SIEMA Siegfried Martin.
The directory lists companies based in Zagreb, Croatia, including Media instrumenti, Medilab and Medika.
The directory lists companies based in Zhangjiagang, China, including Jiangsu Shuangyang Medical, CareOrtho, Suzhou Youbetter Medical and Jiangsu Jinlu Group Medical Device.
The directory lists companies based in Zhubei City, Taiwan, including Wiltrom and Taiwan Surgical Corporation (TWSC).
Filter the directory by the Distributor business type to see companies that distribute medical and surgical instruments.
Filter the directory by the Exporter business type. Exporters are companies whose websites state that they export instruments.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Argentina. Listed companies are based in Buenos Aires, Rosario, Córdoba and Villa Ballester. Examples include Dental Medrano, SAI Medicine and Promedon.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Australia. Listed companies are based in Bayswater, Perth, Eastern Creek and Melbourne and other cities. Examples include Anatomics, SDI (Southern Dental Industries) and Signature Orthopaedics.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Austria. Listed companies are based in Fürstenfeld, St. Bartholomä, Brunn am Gebirge and Feldkirch and other cities. Examples include Hofer Medical, PAYER International Technologies and A.M.I..
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Brazil. Listed companies are based in São Paulo, Rio Claro, Ribeirão Preto and Rio de Janeiro and other cities. Examples include Bio-Art Equipamentos Odontológicos, Sispack Medical and Driller.
The SurgiFacts.com directory lists surgical and medical instrument companies in Bulgaria. Listed companies are based in Sofia. Examples include Infomed, Intermedica Group and Sky Medical.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Canada. Listed companies are based in Toronto, Morrisburg, Winnipeg and Markham and other cities. Examples include Tri Hawk, Precision ADM and Aurora Spine.
The SurgiFacts.com directory lists surgical and medical instrument companies in Chile. Listed companies are based in Concepción. Examples include Codimed Soluciones en Salud.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in China. Listed companies are based in Changzhou, Beijing, Hangzhou and Foshan and other cities. Examples include Endosino Endoscopy (China), Wuhu Ruijin Medical and ZhuoRuiHua Medical.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Colombia. Listed companies are based in Guarne, Bucaramanga and Bogotá. Examples include New Stetic, Mediimplantes and Ortomac.
The SurgiFacts.com directory lists surgical and medical instrument companies in Croatia. Listed companies are based in Zagreb and Sveta Nedelja. Examples include Media instrumenti, Medilab and Medika.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Denmark. Listed companies are based in Brøndby, Copenhagen, Slangerup and Stenløse and other cities. Examples include CIMPAX, Mermaid Medical and Ambu.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Egypt. Listed companies are based in 10th of Ramadan City. Examples include Hardmed Development Industry.
The SurgiFacts.com directory lists surgical and medical instrument companies in Estonia. Listed companies are based in Tallinn. Examples include AB Medical Group Eesti, Semetron and Kanise.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in France. Listed companies are based in La Ciotat, Gémenos, Gallargues-le-Montueux and Montpellier and other cities. Examples include DMS Imaging, Int’air Medical and Cousin Surgery.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Germany. Listed companies are based in Tuttlingen, Wurmlingen, Emmingen-Liptingen and Neuhausen ob Eck and other cities. Examples include Waldemar Link, SERAG-WIESSNER and Geuder.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Greece. Listed companies are based in Athens, Koropi, Thessaloniki and Peania. Examples include Micrel Medical Devices.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Hong Kong. Listed companies are based in Hong Kong. Examples include Modern Medical Equipment Manufacturing (MMEQ).
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Hungary. Listed companies are based in Budapest and Eger. Examples include Sanatmetal and Innomed Medical.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in India. Listed companies are based in New Delhi, Ahmedabad, Vadodara and Delhi and other cities. Examples include Zedex Orthocare, Zealmax Ortho and Yogeshwar Implants (India).
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Indonesia. Examples include OneMed (PT. Jayamas Medica Industri Tbk).
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Ireland. Listed companies are based in Dublin, Ennis and Ashbourne. Examples include Vitalograph.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Israel. Listed companies are based in Petach Tikva, Haifa, Ashdod and Caesarea and other cities. Examples include DSI Dental Solutions, OSSIO and Mediplast Israel.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Italy. Listed companies are based in Milan, Parma, Villanova di Castenaso and Calenzano and other cities. Examples include Cattani, Promed Group and Teknedental.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Japan. Listed companies are based in Tokyo, Osaka, Kyoto and Chikuma and other cities. Examples include MITAKA KOHKI, M.E. Science and Machida Endoscope.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Kenya. Listed companies are based in Nairobi, Mombasa and Eldoret. Examples include Revital Healthcare and Surgident.
The SurgiFacts.com directory lists surgical and medical instrument companies in Latvia. Listed companies are based in Riga. Examples include Arbor, Medilink and Medeksperts.
The SurgiFacts.com directory lists surgical and medical instrument companies in Lithuania. Listed companies are based in Vilnius. Examples include Interlux and Mediq Lietuva.
The SurgiFacts.com directory lists surgical and medical instrument companies in Luxembourg. Listed companies are based in Contern. Examples include Hospilux.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Malaysia. Listed companies are based in Petaling Jaya, Shah Alam, George Town and Ampang and other cities. Examples include MyMedic Innovation and UMediC Group.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Mexico. Listed companies are based in Guadalajara, Cuautlancingo and Mexico City. Examples include Hemost.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Morocco. Listed companies are based in Casablanca. Examples include Promamec.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in New Zealand. Listed companies are based in Auckland. Examples include Adept Medical and Aluro Healthcare.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Norway. Listed companies are based in Asker, Nesttun and Oslo. Examples include Kebomed.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Pakistan. Listed companies are based in Sialkot, Lahore, Karachi and Daska and other cities. Examples include Mirza Brothers, Orion Surgical Instruments Co. and Madhi Corporation.
The SurgiFacts.com directory lists surgical and medical instrument companies in Peru. Listed companies are based in Lima. Examples include Alem.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Poland. Listed companies are based in Bydgoszcz, Warsaw, Łódź and Rudniki and other cities. Examples include Arkona, SUMI and Meden-Inmed.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Portugal. Listed companies are based in Alfragide. Examples include PMH – Produtos Médicos Hospitalares.
The SurgiFacts.com directory lists surgical and medical instrument companies in Romania. Listed companies are based in Bucharest and Măgurele. Examples include Dentex, Noventis and Dentotal Protect.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Saudi Arabia. Listed companies are based in Riyadh, Jeddah and Al-Khobar. Examples include Rameem Medical Company and All Care Surgical.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Singapore. Listed companies are based in Singapore. Examples include Biosensors International.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Slovakia. Listed companies are based in Nitra and Žilina. Examples include VIDRA a spol..
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in South Africa. Listed companies are based in Cape Town, Johannesburg, Sandton and Benoni and other cities. Examples include Multisurge, Osta Biomaterials and Heritage Surgical Products.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in South Korea. Listed companies are based in Daegu, Cheongju, Seoul and Gimpo and other cities. Examples include FINEMEDIX, M.I.Tech and Taewoong Medical.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Spain. Listed companies are based in Madrid, Zaragoza, Paterna and Lleida and other cities. Examples include Dynamic Abutment Solutions, Radhex Implants and Medical Precision Implants.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Sweden. Listed companies are based in Upplands Väsby, Stockholm, Linköping and Skara and other cities. Examples include Directa, Episurf Medical and Swemac.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Switzerland. Listed companies are based in Rüthi, Inwil, Winterthur and Ecublens and other cities. Examples include JOTA, SQ Products and PINA Medizintechnik.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Taiwan. Listed companies are based in New Taipei, Taipei, Taichung and Zhubei City and other cities. Examples include APOZA Enterprise, Bomei (BIOKEY) and Rolence Enterprise.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Thailand. Listed companies are based in Bangkok, Samut Prakan and Pathum Thani. Examples include Novatec Healthcare and SiS Medical.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in the Czech Republic. Listed companies are based in Prague, Brno, Kladno and Nové Město na Moravě. Examples include Medicton Group, CHIRANA T. Injecta and LASAK.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in the Netherlands. Listed companies are based in Nieuwegein, Gorinchem, Scherpenzeel and Leusden and other cities. Examples include InnovetDirect and Cablon Medical.
The SurgiFacts.com directory lists surgical and medical instrument companies in the United Arab Emirates. Listed companies are based in Dubai. Examples include Al Zahrawi Medical Supplies, Ortek Medical Equipment Trading and Zeppelin ME Medical Equipment Trading.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in the United Kingdom. Listed companies are based in Sheffield, Leeds, Newmarket and Worksop and other cities. Examples include Unisurge International, Tissue Regenix and Vernacare.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in the United States. Listed companies are based in Irvine, Melville, Madison and Hauppauge and other cities. Examples include Encision, BioHorizons and CTL Amedica.
The SurgiFacts.com directory lists surgical and medical instrument manufacturers in Turkey. Listed companies are based in Ankara, İzmir, Istanbul and Samsun and other cities. Examples include Armor Orthopedics, Geotek Medikal and Setpa.
The SurgiFacts.com directory lists surgical and medical instrument companies in Vietnam. Listed companies are based in Hanoi. Examples include TNT Medical, PrimeMed and Trang Thi Medical.
The directory covers companies in Europe, Asia, the Americas, the Middle East and Africa. Start from the list of countries to see where listed companies are based.
Use the manufacturer directory to filter companies by country, city, business type and founding year. Each profile links to the company’s official website and the contact details it publishes.
Every company profile includes a link to the company’s official website, which is where its details were checked.
The Resources section publishes guides on instrument types, reading catalogues, company roles, supplier checks and manufacturers by country.
Companies whose own catalogues list the Abraham Tonsil Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Acland Microvascular Clamp include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Adson Periosteal Elevator include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Adson Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Adson Tissue Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Adson-Brown Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Allen Intestinal Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Allis Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Andrews-Pynchon Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Arruga Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Aufricht Nasal Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Aufricht Rasp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Backhaus Towel Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Balfour Abdominal Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Ballenger Swivel Knife include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Baron Suction Tube include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Barraquer Eye Speculum include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Barraquer Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Beaver Scalpel Handle include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Beck Disc Rongeur include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Bellucci Micro-Ear Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Beyer Rongeur include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Biemer Vessel Clamp include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Bishop-Harmon Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Blakesley Ethmoid Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Blumenthal Bone Rongeur include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Bohler Rongeur include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Boies Nasal Fracture Elevator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Bowman Lacrimal Probe include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Bruns Curette include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Capener Osteotome include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Caspar Bone Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Caspar Disc Rongeur include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Castroviejo Eye Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Castroviejo Lacrimal Dilator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Castroviejo Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Castroviejo Suturing Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Catlin Amputation Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cinelli Osteotome include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Citelli Rongeur include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cloward Osteotome include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cloward Retractor include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Coakley Curette include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cobb Bone Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cobb Spinal Elevator include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Collier Hemostat include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Collin Vaginal Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cone Ring Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cook Eye Speculum include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cooley Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cottle Elevator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cottle Nasal Knife include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cottle Osteotome include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cottle Rasp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cottle Septum Speculum include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Crile-Wood Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cusco Vaginal Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Cushing Disc Rongeur include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Dahmen Osteotome include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Deaver Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the DeBakey Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the DeBakey Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the DeBakey Vascular Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the DeBakey-Diethrich Bulldog Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the DeBakey-Satinsky Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Decker Micro Rongeur include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Desmarres Lid Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Doyen Bone Mallet include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Doyen Rib Raspatory include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Echlin Duckbill Bone Nibbler include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Esmarch Plaster Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Farabeuf Rugine include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Farrior Oval Ear Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Fergusson Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Ferris-Smith Disc Rongeur include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Fisch Suction Tube include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Foerster Sponge Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Fowler Tonsil Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Frankel Infant Lid Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Frazier Suction Tube include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Freer Elevator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Freer Septum Knife include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Friedman Bone Rongeur include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Fukushima Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Gass Corneoscleral Punch include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Gelpi Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Gill Corneal Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Gillies Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Glover Bulldog Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Gorney Face Lift Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Graves Vaginal Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Hajek-Ballenger Elevator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Hajek-Kofler Sphenoid Punch include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Halle Bone Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Halsey Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Harms Trabeculotomy Probe include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Heaney Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Heath Mallet include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Hegar Uterine Dilator include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Hemingway Bone Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Hohmann Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Hoke Osteotome include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the House Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Humby Skin Graft Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Iris Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Jacobson Hemostat include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Jacobson Micro Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Jameson Muscle Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Jansen Bone Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Jobson-Horne Ear Probe include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Johns Hopkins Bulldog Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Jones Towel Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Joseph Nasal Knife include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Joseph Periosteal Elevator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Kelman-McPherson Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Kern Bone Holding Forceps include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Kerrison Rongeur include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Killian Septum Speculum include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Kocher Retractor include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Kocher-Ochsner Hemostat include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Kratz-Barraquer Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lambotte Bone Hook include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lambotte Osteotome include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lamont Nasal Rasp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lancaster Eye Speculum include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Langenbeck Flap Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Langenbeck Retractor include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Leksell Bone Nibbler include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lempert Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lempert Rongeur include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lexer Osteotome include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lexer Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lieberman Wire Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Liston Amputation Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Littler Suture Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lockhart-Mummery Fistula Probe include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Love Nerve Root Retractor include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Lucas Bone Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the MacDonald Elevator include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Masson Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Mathieu Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Mayo Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Mayo-Hegar Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Mayo-Stille Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the McDougal Prostatectomy Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the McKenty Periosteal Elevator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the McPherson Tying Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Metzenbaum Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Meyerding Retractor include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Meyerhoefer Chalazion Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Molt Bone Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Morse-Andrews Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Muldoon Lacrimal Dilator include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Murdoch Eye Speculum include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Neff Meniscus Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Neivert Osteotome include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Obwegeser Periosteal Elevator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Olsen-Hegar Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Parkes Nasal Rasp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Partsch Chisel include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Plester Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Poole Suction Tube include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Potts-Smith Tissue Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Pratt Ethmoid Curette include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Reynolds Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Ribbon Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Richardson-Eastman Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Rochester-Pean Hemostat include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Rubin Osteotome include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Ryder Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Sarot Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Silver Skin Graft Knife include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Simcoe Irrigation-Aspiration Cannula include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Sims Uterine Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Smith-Petersen Bone Nibbler include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Smith-Petersen Osteotome include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Steinhauser Bone Clamp include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Stevens Tenotomy Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Stille Osteotome include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Stille-Liston Bone Cutter include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Stille-Luer Bone Nibbler include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Strabismus Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Sypert Bone Nibbler include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Utrata Capsulorhexis Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Van Buren Urethral Sound include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Vannas Capsulotomy Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Vienna Nasal Speculum include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Volkmann Curette include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Volkmann Retractor include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Webster Needle Holder include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Weitlaner Retractor include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Westcott Tenotomy Scissors include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Wilder Lacrimal Dilator include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Williams Discectomy Rongeur include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Williger Bone Mallet include Rigor Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Woodson Elevator include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Yankauer Suction Tip include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Yasargil Tumor Grasping Forceps include Accurate Surgical & Scientific Instruments. Check the exact pattern and size with the company.
Companies whose own catalogues list the Zielke Spinal Curette include Rigor Instruments. Check the exact pattern and size with the company.
Companies in Brazil whose websites state that they export include Bio-Art Equipamentos Odontológicos, Scitech Medical, Ortobio and Loktal Medical Electronics.
Companies in China whose websites state that they export include Wuhu Ruijin Medical, ZhuoRuiHua Medical, Tianjin Fuxiang Medical Tech and Well Trust (Tianjin) Tech.
Companies in Germany whose websites state that they export include Waldemar Link, Hager & Werken, P.J. Dahlhausen & Co. and WDT (Wirtschaftsgenossenschaft deutscher Tierärzte).
Companies in India whose websites state that they export include Zealmax Ortho, Yogeshwar Implants (India), Uteshiya Medicare and Unique Surgicare.
Companies in Italy whose websites state that they export include Promed Group, Silfradent, MESA Italia and Effegi Brega.
Companies in Japan whose websites state that they export include M.E. Science, Machida Endoscope, Taisho Ika Kikai and MOKUDA DENTAL.
Companies in Pakistan whose websites state that they export include Mirza Brothers, Orion Surgical Instruments Co., Madhi Corporation and Hilbro International.
Companies in South Korea whose websites state that they export include FINEMEDIX, Taewoong Medical, ScienceMedic and GENOSS.
Companies in Taiwan whose websites state that they export include Wellong Instruments, RECO-DENT International and Unimax Medical Systems.
Companies in the United Kingdom whose websites state that they export include Schottlander and Swann-Morton.
Companies in the United States whose websites state that they export include Exelint International and American Diagnostic Corporation (ADC).
Companies in Turkey whose websites state that they export include Setpa, Implatech, Tıpsan and NAFX Medical.
Instruments in the database tagged for cardiovascular surgery include DeBakey Forceps, DeBakey-Satinsky Clamp, Jacobson Micro Needle Holder, Potts-Smith Tissue Forceps and Scalpel (Handles & Blades).
Instruments in the database tagged for dental include Beyer Rongeur and Needle Holder.
Instruments in the database tagged for ent include Adson Tissue Forceps, Aufricht Nasal Retractor, Aufricht Rasp, Bellucci Micro-Ear Scissors, Blakesley Ethmoid Forceps and Boies Nasal Fracture Elevator.
Instruments in the database tagged for general surgery include Abraham Tonsil Knife, Acland Microvascular Clamp, Adson Suction Tube, Allis Clamp, Andrews-Pynchon Suction Tube and Arruga Needle Holder.
Instruments in the database tagged for gynecology include Allis Clamp, Barraquer Needle Holder, Cusco Vaginal Speculum, Hegar Uterine Dilator, Jacobson Micro Needle Holder and McDougal Prostatectomy Clamp.
Instruments in the database tagged for neurosurgery include Adson Periosteal Elevator, Adson Tissue Forceps, Adson-Brown Forceps, Barraquer Needle Holder, Beck Disc Rongeur and Bruns Curette.
Instruments in the database tagged for obstetrics include Vaginal Speculum and Yankauer Suction Tip.
Instruments in the database tagged for ophthalmology include Backhaus Towel Clamp, Barraquer Eye Speculum, Barraquer Needle Holder, Beyer Rongeur, Bishop-Harmon Forceps and Bowman Lacrimal Probe.
Instruments in the database tagged for orthopedic surgery include Backhaus Towel Clamp, Beyer Rongeur, Blumenthal Bone Rongeur, Bohler Rongeur, Bruns Curette and Cinelli Osteotome.
Instruments in the database tagged for urology include McDougal Prostatectomy Clamp, Van Buren Urethral Sound and Vannas Capsulotomy Scissors.
The directory helps visitors discover businesses in the surgical instrument and related medical equipment industries. Listings make relevant businesses easier to find and, where available, help visitors reach their official websites.
The Trade Development Authority of Pakistan describes Sialkot as the world’s largest producer of surgical, dental and veterinary instruments, with most of its production sold internationally. Many companies in the directory are based there.
Tuttlingen in southern Germany has been associated with surgical instrument making since the 19th century, and many medical technology companies are based in the town and the surrounding district.
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