Howmedica 3515-1-436 Grosse & Kempf Left Femoral Locking Nail 14mm x 36cm 1/EA

Howmedica 3515-1-436 Grosse & Kempf Left Femoral Locking Nail 14mm x 36cm 1/EA

• Model: 3515-1-436
• Diameter: 14 mm
• Length: 36 cm (360mm)
• Intended Anatomic Side: Left femur
• Material: Stainless Steel
• Locking Capability: Proximal and distal locking screw holes

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The Howmedica 3515‑1‑436 Grosse & Kempf Left Femoral Locking Nail 14 mm × 36 cm, 1 EA is engineered for robust intramedullary fixation in the surgical management of femoral shaft fractures. Designed for left‑side anatomical orientation, this high‑strength femoral nail offers an optimal fit within the medullary canal, providing reliable load‑sharing support that aligns with the natural biomechanical axis of the femur. Its 14 mm diameter enhances structural rigidity, making it well‑suited for treating complex adult femoral fractures while supporting weight‑bearing stability throughout the healing process. The thoughtful design helps surgeons achieve consistent, reproducible outcomes across a range of fracture patterns.

As part of the trusted Grosse & Kempf locking nail system, this intramedullary device features strategically placed proximal and distal locking holes that facilitate secure interlocking screw placement. This configuration maximizes axial and rotational stability, helping to maintain fracture alignment and reduce the risk of malrotation or shortening during recovery. The nail’s compatibility with standard orthopedic trauma instrumentation supports streamlined surgical workflow and enhances operative efficiency for trauma surgeons and surgical teams.

Manufactured to meet rigorous clinical standards and crafted from biocompatible materials, the Howmedica Grosse & Kempf femoral locking nail represents a dependable internal fixation solution in trauma and orthopedics. Its proven intramedullary design has a long history in femoral fracture care, offering strength, precision, and versatility in hospital operating rooms and trauma centers. Whether addressing high‑energy shaft fractures or stabilizing challenging comminuted breaks, this implant provides the performance and reliability clinicians trust for optimal patient outcomes.