Zimmer Biomet 1181-15-37 Free-Lock Femoral Fixation System Compression Lag Screw Large 15.8mm 90mm Length BX/1

Zimmer Biomet 1181-15-37 Free-Lock Femoral Fixation System Compression Lag Screw Large 15.8mm 90mm Length BX/1

• Model: 1181-15-37
• Shaft Diameter: 15.8 mm
• Length: 90 mm
• Cannulation: Cannulated design — allows guided insertion over a guide pin for precise alignment and reduced surgical trauma
• Material: Stainless Steel

Upgrade your orthopedic trauma implant inventory with the Zimmer Biomet 1181‑15‑37 Free‑Lock Femoral Fixation System Compression Lag Screw (Large 15.8 mm, 90 mm) — a precision‑engineered orthopedic implant designed for strong, controlled fixation of proximal femur fractures. Engineered by Zimmer Biomet, a leader in musculoskeletal trauma solutions, this large‑diameter compression lag screw offers exceptional purchase in cancellous bone to support intertrochanteric and subtrochanteric fracture repair with reliable mechanical stability. Its cannulated design enables guided placement over a guide wire, helping surgeons achieve accurate alignment and reducing the risk of malposition.

Built from surgical‑grade corrosion‑resistant alloy, the 15.8 mm diameter and 90 mm length combine strength with optimal reach for diverse femoral fixation needs. The robust geometry ensures dependable compression across the fracture site to promote bone healing and minimize implant micromotion under physiological loads. Whether used as part of a Free‑Lock plate construct or with compatible trauma instrumentation, this lag screw supports smooth integration into standard operative workflows and enhances procedural confidence in demanding surgical environments.

Individually packaged (BX/1) for sterile field readiness and inventory tracking, the Zimmer Biomet Free‑Lock Compression Lag Screw 1181‑15‑37 is ideal for hospitals, trauma centers, and orthopedic specialty practices seeking reliable solutions for hip fracture fixation. Backed by Zimmer Biomet’s long history of implant innovation and clinical performance, this compression lag screw helps surgeon teams deliver stable fixation and improved patient outcomes — especially in complex proximal femoral fracture cases.