Howmedica 3515-1-236 Grosse & Kempf Left Femoral Locking Nail 12mm x 36cm 1/EA

Howmedica 3515-1-236 Grosse & Kempf Left Femoral Locking Nail 12mm x 36cm 1/EA

• Model: 3515-1-236
• Diameter: 12 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 3515‑1‑236 Grosse & Kempf Left Femoral Locking Nail 12 mm x 36 cm delivers reliable intramedullary fixation engineered for orthopedic trauma specialists and surgical teams seeking high‑performance solutions for femoral shaft fractures. Designed with a left‑specific anatomical orientation, this precision‑manufactured intramedullary nail conforms to the natural medullary canal pathway of the femur, ensuring an optimal fit that promotes controlled load sharing during the healing process. Its 12 mm diameter and 36 cm length strike a balance between structural strength and surgical versatility, making it ideal for a wide range of adult femoral fracture patterns.

As part of the trusted Grosse & Kempf locking system, this nail incorporates proximal and distal locking holes that permit the use of interlocking screws to achieve enhanced axial and rotational stability. This interlocking configuration is critical for maintaining fracture alignment throughout the recovery period and is widely recognized in orthopedic practice for facilitating early stabilization and supporting effective bone healing. The robust fixation capability helps reduce complications associated with rotational instability and shortening, empowering surgeons to tailor fixation strategies to individual patient needs.

Manufactured to meet stringent orthopedic device standards and crafted from durable, biocompatible materials, the Howmedica Grosse & Kempf femoral locking nail offers clinical confidence and consistent performance in trauma centers, hospitals, and surgical environments. Its proven intramedullary design has a long clinical history in femoral fracture care, delivering dependable fixation while enabling streamlined surgical workflow and optimized patient outcomes. Whether addressing simple transverse breaks or more complex, comminuted fractures, this implant stands as a cornerstone in internal fracture stabilization for adult patients.