Howmedica 3515-1-444 Grosse & Kempf Left Femoral Locking Nail 14mm x 44cm 1/EA

Howmedica 3515-1-444 Grosse & Kempf Left Femoral Locking Nail 14mm x 44cm 1/EA

• Model: 3515-1-444
• Diameter: 14 mm
• Length: 44 cm (440mm)
• Intended Anatomic Side: Left femur
• Material: Stainless Steel
• Locking Capability: Proximal and distal locking screw holes

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The Howmedica 3515‑1‑444 Grosse & Kempf Left Femoral Locking Nail 14 mm × 44 cm, 1/EA is a precision‑engineered intramedullary implant designed for reliable treatment of adult femoral shaft fractures. Engineered with a left‑specific anatomical contour and a robust 14 mm diameter, this femoral locking nail aligns seamlessly with the natural geometry of the femoral medullary canal, enabling surgeons to achieve accurate placement and controlled load sharing throughout the healing process. Its optimized 44 cm length offers balanced structural support for a wide range of mid‑shaft fracture patterns, making it an essential tool in orthopedic trauma care.

Part of the esteemed Grosse & Kempf locking nail system, this implant features strategically placed proximal and distal interlocking holes that accept locking screws, delivering enhanced axial and rotational stability once fixed in place. This versatile locking capability is critical for maintaining fracture reduction under physiological loads and supports early functional mobilization when clinically appropriate. The proven design of this interlocking nail accommodates simple transverse fractures as well as more complex oblique or comminuted injury patterns, empowering trauma and orthopedic surgeons with greater control over clinical outcomes.

Crafted to meet stringent orthopedic implant standards using durable, biocompatible materials, the Howmedica Grosse & Kempf Left Femoral Locking Nail delivers dependable surgical performance in acute care and elective settings alike. Its longstanding clinical use, trusted intramedullary stabilization technology, and left‑specific anatomical design make it a reliable choice for trauma centers, hospitals, and specialized orthopedic practices focused on superior fracture fixation and optimized patient recovery pathways.