Product details as published
| Brand | Hexamed |
|---|---|
| Model no. | CI.0594.06 |
| Length | 27cm |
| Size | 6mm |
| Catalogue section | Bone Surgery |
Details are copied from the manufacturer’s public catalogue (checked 29 October 2026). Product photos belong to the manufacturer and are shown on its own site. Confirm the exact item, specifications and regulatory status with the manufacturer before ordering.
About this instrument type
Cobb Spinal Elevator: A sturdy, broad-bladed Cobb elevator used in spinal surgery to strip the paraspinal muscles subperiosteally from the spinous processes and laminae.
General reference for the pattern. Variants differ between manufacturers.
Questions about this product
Who lists the Cobb Type Spinal Elevator 6mm, 27cm?
It is listed in the online catalogue of Hexamed under model number CI.0594.06. For price, availability and documentation, contact the company through its official product page.
What should I check when sourcing elevators?
- Pattern and size: compare the shape and width of the working end and the handle with the supplier’s catalogue drawing or a sample. For the Cobb Type Spinal Elevator 6mm, 27cm this page records length 27cm and size 6mm.
- Material: confirm the exact steel grade or alloy in the supplier’s documentation, such as the material specification or certificate.
- Finish and any coating, as stated by the supplier.
- Regulatory marking or registration required in your target market (see medical device certifications).
- Reprocessing: the cleaning, disinfection and sterilisation instructions in the manufacturer’s instructions for use (IFU).
Further reading
- How to Read a Surgical Instrument CataloguePatterns, lengths, tips, locks, materials and finishes: the catalogue terms buyers need to compare instrument offers like for…
- Stainless Steel Grades and Finishes for Surgical InstrumentsMartensitic vs austenitic steel, ISO 7153-1 and ASTM F899, tungsten carbide inserts, titanium, and satin vs mirror finishes…
- How Surgical Instruments Are Made: From Forging to PassivationA step-by-step look at how reusable surgical instruments are made: steel choice, forging, machining, heat treatment, grinding, polishing…