Howmedica 3516-1-648 Grosse & Kempf Right Femoral Locking Nail 16mm x 48cm 1/EA

Howmedica 3516-1-648 Grosse & Kempf Right Femoral Locking Nail 16mm x 48cm 1/EA

• Model: 3516-1-648
• Diameter: 16 mm
• Length: 48 cm (480mm)
• Intended Anatomic Side: Right femur
• Material: Stainless Steel
• Locking Capability: Proximal and distal locking screw holes

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The Howmedica 16 mm Right Femoral Locking Nail from the Grosse & Kempf system delivers dependable intramedullary stabilization engineered for the surgical treatment of femoral shaft fractures in adult patients. With its substantial 16 mm diameter and extended 48 cm length, this right‑specific femoral nail offers robust structural support that conforms to the natural anatomical curvature of the femoral medullary canal, facilitating controlled load sharing and alignment throughout the healing process. Clinicians value this configuration for its ability to support a wide range of traumatic femoral fracture patterns — from simple transverse breaks to complex comminuted injuries.

Designed as part of the trusted Grosse & Kempf intramedullary locking system, this femoral nail features strategically placed proximal and distal interlocking holes that accept locking screws to enhance both axial and rotational stability. This interlocking capability is critical for maintaining precise fracture reduction under functional load and reducing complications like malrotation or shortening during recovery. With its versatile application in standard antegrade nailing techniques, this nail supports efficient surgical workflow and dependable fixation in trauma and orthopedic environments.

Crafted from high‑performance, biocompatible materials in accordance with orthopedic implant standards, the Howmedica Grosse & Kempf Right Femoral Locking Nail combines durability with clinical confidence. Its established design history and reliable mechanical performance make it a preferred choice for trauma centers, hospitals, and specialized orthopedic practices committed to delivering superior femoral fracture care. Whether used in high‑volume trauma settings or targeted surgical procedures, this implant offers surgeons a trusted solution for achieving predictable healing outcomes and optimized patient recovery.