Zimmer Biomet 1181-15-32 Free-Lock Femoral Fixation System Compression Lag Screw Large 15.8mm 80mm Length BX/1

Zimmer Biomet 1181-15-32 Free-Lock Femoral Fixation System Compression Lag Screw Large 15.8mm 80mm Length BX/1

• Model: 1181-15-32
• Shaft Diameter: 15.8 mm
• Length: 80 mm
• Cannulation: Cannulated design to accommodate 2.4 mm guide pin and enable accurate guided insertion
• Material: Stainless Steel

The Zimmer Biomet 1181‑15‑32 Free‑Lock Femoral Fixation System Compression Lag Screw is a precision orthopedic implant engineered to deliver robust internal fixation in proximal femoral fracture repair. With a 15.8 mm diameter and 80 mm length, this large lag screw offers enhanced bone purchase and stability, making it ideal for orthopedic trauma surgeons seeking reliable compression across fracture sites when used with Zimmer Biomet’s Free‑Lock tube/plate constructs. Designed to accommodate a guide pin for accurate placement, this component supports controlled interfragmentary compression that promotes optimal healing environments.

Constructed from high‑strength surgical alloy and supplied sterile for single use, the 1181‑15‑32 lag screw integrates seamlessly within a comprehensive femoral fixation strategy. Its cannulated design enables guided insertion and precision alignment, while the engineered threads provide secure engagement in femoral bone to support effective load transfer and stabilization. When paired with compatible Zimmer Biomet femoral plates and instrumentation, this lag screw enhances operative efficiency and contributes to consistent, reproducible clinical results.

Ideal for hospitals, trauma centers, and orthopedic surgical practices, the Zimmer Biomet 1181‑15‑32 compression lag screw balances strength, versatility, and surgical precision. Whether applied in standard intertrochanteric fractures or more complex proximal femoral injury patterns, this implant supports enhanced postoperative outcomes through dependable compression, stable fixation, and engineering rooted in Zimmer Biomet’s legacy of orthopedic innovation.