Howmedica 3516-1-244 Grosse & Kempf Right Femoral Locking Nail 12mm x 44cm 1/EA

Howmedica 3516-1-244 Grosse & Kempf Right Femoral Locking Nail 12mm x 44cm 1/EA

• Model: 3516-1-244
• Diameter: 12 mm
• Length: 44 cm (440mm)
• Intended Anatomic Side: Right femur
• Material: Stainless Steel
• Locking Capability: Proximal and distal locking screw holes

This medical supply or implant item is contained within its original manufacturer's packaging. While the box may exhibit signs of wear, these do not impact the integrity or quality of the enclosed product.

The Howmedica Grosse & Kempf Right Femoral Locking Nail 12 mm × 44 cm is a precision‑engineered orthopedic intramedullary implant designed for dependable fixation of adult femoral shaft fractures. Engineered as part of the proven Grosse & Kempf nailing system, this right‑specific femoral nail combines a well‑balanced 12 mm diameter with an optimized 44 cm length to align naturally with the femoral medullary canal, providing effective load sharing and biomechanical support throughout the healing process. Its anatomically contoured profile offers surgeons a reliable solution for achieving fracture alignment and internal stabilization.

Built for robust performance in trauma care, this intramedullary nail incorporates strategically placed proximal and distal interlocking holes that accommodate interlocking screws to deliver enhanced axial and rotational stability. This interlocking design is critical in maintaining precise fracture reduction under functional load, helping reduce complications associated with malrotation or shortening during recovery. The versatility of the Grosse & Kempf system makes it suitable for a wide range of femoral fracture patterns — from simple transverse breaks to more complex, comminuted injuries.

Crafted to meet rigorous clinical standards using durable, biocompatible materials, the Howmedica Grosse & Kempf Right Femoral Locking Nail supports efficient surgical workflow and strong internal support for optimal patient outcomes. Its trusted intramedullary design has a long history in orthopedic trauma care, making it a dependable choice for hospitals, trauma centers, and specialized orthopedic practices focused on delivering superior fracture stabilization and enhanced healing trajectories.