Howmedica 3516-1-342 Grosse & Kempf Right Femoral Locking Nail 13mm x 42cm 1/EA

Howmedica 3516-1-342 Grosse & Kempf Right Femoral Locking Nail 13mm x 42cm 1/EA

• Model: 3516-1-342
• Diameter: 13 mm
• Length: 42 cm (420mm)
• Intended Anatomic Side: Right 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 3516‑1‑542 Grosse & Kempf Right Femoral Locking Nail 15 mm × 42 cm is a high‑performance orthopedic intramedullary implant engineered for reliable fixation in femoral shaft fracture management. Designed with a right‑specific anatomical contour and a robust 15 mm diameter, this femoral nail provides dependable structural support while aligning with the natural biomechanics of the adult femur. Its 42 cm length makes it ideal for a wide spectrum of trauma cases, enabling surgeons to achieve controlled load sharing, preserve alignment, and help facilitate bone healing.

Built as part of the respected Grosse & Kempf nailing system, this right‑oriented femoral locking nail features precision‑placed proximal and distal interlocking holes. These configuration points allow secure placement of interlocking screws to enhance axial and rotational stability throughout the postoperative period. This trusted interlocking design supports stable fracture reduction under functional loads and helps reduce the risk of malrotation — a key factor for improved patient outcomes in long bone fracture care.

Manufactured to meet stringent clinical standards with biocompatible, high‑strength materials, the Howmedica Grosse & Kempf intramedullary nail serves as a reliable solution for orthopedic trauma surgeons and procurement professionals alike. Its versatile design integrates seamlessly into established intramedullary nailing techniques — from antegrade to retrograde approaches — making it a go‑to choice in hospital operating rooms and trauma centers focused on exceptional stabilization, surgical efficiency, and optimized recovery for adult patients.