Howmedica 3515-1-540 Grosse & Kempf Left Femoral Locking Nail 15mm x 40cm 1/EA

Howmedica 3515-1-540 Grosse & Kempf Left Femoral Locking Nail 15mm x 40cm 1/EA

• Model: 3515-1-540
• Diameter: 15 mm
• Length: 40 cm (400mm)
• Intended Anatomic Side: Left femur
• Material: Stainless Steel
• Locking Capability: Proximal and distal locking screw holes

This medical supply or implant item's original equipment manufacturer (OEM) packaging has been compromised or opened. While it remains unused, it is listed as non-sterile and sterilization will be required prior to use.

The Howmedica 3515-1-540 Grosse & Kempf Left Femoral Locking Nail 15 mm × 40 cm, 1 EA is a high-performance intramedullary implant designed to provide dependable internal stabilization for left femoral shaft fractures in adult patients. Precision-engineered as part of the trusted Grosse & Kempf locking nail system, this left-specific femoral nail combines a substantial 15 mm diameter with a 40 cm length that aligns with the natural curvature of the left femoral canal. This configuration supports effective load sharing and helps maintain anatomical alignment throughout the fracture healing process, making it an essential component in orthopedic trauma care portfolios.

Built for enhanced mechanical control, this femoral locking nail incorporates strategically placed proximal and distal interlocking holes to accept interlocking screws for optimized axial and rotational stability. Such precise locking capability is critical for maintaining fracture reduction under physiological loads, minimizing the risk of malrotation or shortening during recovery. This versatility makes the implant suitable for a broad spectrum of femoral shaft fracture patterns — from simple transverse breaks to more complex, comminuted injuries — empowering surgeons to tailor fixation strategies with confidence.

Manufactured to meet stringent orthopedic implant standards using high-strength, biocompatible materials, the Howmedica Grosse & Kempf Left Femoral Locking Nail delivers reliable clinical performance in demanding surgical environments. Its anatomical design and trusted intramedullary locking technology support streamlined surgical workflow and predictable outcomes in trauma centers, hospital operating rooms, and specialized orthopedic practices. Whether used in high-volume trauma cases or targeted fracture interventions, this nail provides durable stabilization and contributes to optimized patient recovery.