Diamant bohrer x = 3.0mm, Diamont dust polishing burrs, 70mm long, shank diameter 2.35mm 70mm (3 mm) — catalogue reference EB 15-20-08.
| Reference / SKU | EB 15-20-08 |
| Working length | 3 mm (0.3 cm) |
| Material | AISI 440 martensitic stainless steel |
| Sterilization | Steam autoclave to 134 °C · EtO compatible |
| Quality system | ISO 13485:2016 · CE-marked under EU MDR 2017/745 · FDA establishment-registered |
In the rhythm of an operating-room procedure, forceps move between the surgeon’s hand, the scrub nurse, the Mayo stand, and the tissue field hundreds of times. That workflow shapes the design priorities: a forceps must seat positively in the surgeon’s grip without finger-ring fatigue, the ratchet must lock and release cleanly with a single motion, the jaws must close on tissue without sliding, and the surface finish must withstand repeated cycles through autoclave and chemical disinfection without pitting. The dominant patterns — Halsted, Crile, Kelly, Kocher, Allis, Babcock, Mayo — emerged at the close of the nineteenth century and remain essentially unchanged because the underlying anatomy and surgical requirements haven’t changed. Fizza manufactures the full range under ISO 13485:2016.
- Diamant bohrer x = 2.7mm, Diamond dust polishing burrs, 95mm long, shank diameter 2.35mm 95mm (EB 15-25-03)
- Diamant bohrer x = 3.0mm, Diamond dust polishing burrs, 95mm long, shank diameter 2.35mm 95mm (EB 15-25-04)
- Rosen-Bohrer x = 3.1mm, ?Rosen? burrs, 70mm long, shank diameter 2.35mm, stainless 70mm (EB 15-10-08)
Every instrument is forged, machined, and finished at the Sialkot facility from German-origin stainless billet — austenitic 304 / 316 grades for non-cutting, mucosal-contact, and hollow-ware lines where corrosion resistance is the priority, martensitic 420 / 440 grades for cutting and edge-retention patterns where heat-treatable hardness matters, and 17-4 PH precipitation-hardened stainless for high-load orthopedic and implant-handling applications. Polishing, passivation, and final inspection are performed in-house under documented quality procedures aligned with ISO 13485:2016.

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