Designed for stabilization and compression of bone fragments during fracture repair, osteotomy, and reconstructive procedures. The staple is manufactured from Vitallium® cobalt‑chromium alloy, providing high mechanical strength, corrosion resistance, and long‑term biocompatibility. Its spear‑point leg geometry facilitates controlled cortical penetration and stable fixation, making it suitable for small to medium bone applications in extremity surgery. The staple is intended for use with compatible Howmedica/Stryker staple insertion instrumentation within established fracture fixation systems.
Key Features
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Spear Point Leg Geometry
Sharply tapered leg tips support efficient cortical bone penetration and accurate placement during insertion. -
Vitallium® Cobalt‑Chromium Alloy
Offers high strength‑to‑profile ratio, excellent wear resistance, and proven biocompatibility for orthopedic implants. -
U‑Shaped Compression Configuration
Designed to deliver consistent compressive force across fracture or osteotomy sites to support bone healing. -
Low‑Profile Implant Design
Minimizes implant prominence and potential soft‑tissue irritation once seated against the cortical surface. -
System Compatibility
Designed for use with Howmedica/Stryker staple drivers, setters, and extractors commonly supplied in Ellison or fracture staple systems.
Dimensions
- Crown Width: 1 inch (nominal ≈ 25.4 mm)
- Leg Length (Height): 3/4 inch (nominal ≈ 19.1 mm)
- Configuration: U‑shaped spear‑point fracture staple
- Material: Vitallium® cobalt‑chromium alloy
Howmedica is a registered trademark of that corporation.