Howmedica 3516-1-238 Grosse & Kempf Right Femoral Locking Nail 12mm x 38cm 1/EA

Howmedica 3516-1-238 Grosse & Kempf Right Femoral Locking Nail 12mm x 38cm 1/EA

• Model: 3516-1-238
• Diameter: 12 mm
• Length: 38 cm (380mm)
• Intended Anatomic Side: Right femur
• Material: Stainless Steel
• Locking Capability: Proximal and distal locking screw holes

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The Howmedica Grosse & Kempf Right Femoral Locking Nail 12 mm × 38 cm is a precision‑engineered orthopedic implant designed for reliable intramedullary fixation of femoral shaft fractures in adult patients. Developed as part of the respected Grosse & Kempf interlocking system, this right‑side femoral nail’s 12 mm diameter and 38 cm length provide balanced structural strength and anatomical alignment within the femoral canal. Its tailored design supports effective load sharing during the fracture healing process, helping surgeons achieve consistent and reproducible outcomes in trauma care.

Built for enhanced stability, this intramedullary nail features proximal and distal interlocking holes that accommodate interlocking screws, which are critical for maintaining axial and rotational control throughout the postoperative period. This interlocking configuration assists in preserving precise fracture alignment under functional load, reducing the risk of malrotation or shortening while promoting early mobilization when clinically appropriate. The proven design of the Grosse & Kempf system makes it a trusted solution for a broad range of femoral shaft fracture patterns — from simple transverse breaks to more complex comminuted injuries.

Crafted to meet rigorous clinical standards and to integrate seamlessly with established orthopedic trauma techniques, the Howmedica Grosse & Kempf femoral locking nail supports efficient surgical workflow and optimized patient care. Its combination of anatomical contouring, reliable interlocking capability, and intramedullary fixation strength positions it as a dependable choice for trauma surgeons and surgical teams seeking durable femoral fracture stabilization and improved healing outcomes.