Zimmer Biomet 1181-15-52 Free-Lock Femoral Fixation System Compression Lag Screw Large 16mm 120mm Length BX/1

Zimmer Biomet 1181-15-52 Free-Lock Femoral Fixation System Compression Lag Screw Large 16mm 120mm Length BX/1

• Model: 1181-15-52
• Shaft Diameter: 16 mm
• Length: 120 mm
• Cannulation: Cannulated design — allows guided insertion over a guide pin for precise alignment and reduced surgical trauma
• Material: Stainless Steel

Elevate your orthopedic trauma fixation capabilities with the Zimmer Biomet 1181‑15‑50 Free‑Lock Femoral Fixation System Compression Lag Screw (Large 16 mm, 115 mm) — a precision‑engineered implant designed for dependable internal stabilization of proximal femoral fractures. As part of the Free‑Lock® Femoral Fixation System, this large‑diameter compression lag screw provides excellent bone purchase and support for intertrochanteric and subtrochanteric fracture repair, helping surgeons achieve accurate anatomical alignment and controlled compression across the fracture site. Its cannulated design ensures guided insertion over a guide wire, improving placement precision and minimizing unnecessary bone disruption.

Manufactured from surgical‑grade, corrosion‑resistant alloy, the 16 mm diameter and 115 mm length offer the strength and reach necessary for challenging proximal femur fixation cases. This robust geometry allows the screw to interface seamlessly with Free‑Lock femoral plate constructs and compatible instrumentation — optimizing biomechanical stability and enhancing clinical confidence in complex trauma procedures. Whether used in standard OR settings or high‑volume trauma centers, this lag screw supports consistent outcomes across a wide range of patient anatomies.

Individually packaged (BX/1) for efficient sterile handling and inventory management, the Zimmer Biomet Free‑Lock Compression Lag Screw 1181‑15‑50 is ideal for hospitals, ambulatory surgery centers, and orthopedic specialty practices. Backed by Zimmer Biomet’s long history of implant innovation and clinical performance, this compression lag screw helps surgical teams deliver stable fixation and encourage bone healing — making it a critical component of any proximal femoral fracture fixation strategy.