Zimmer Biomet 1181-140-03 Free-Lock Femoral Fixation System Compression Tube/Plate 140° 3 Holes 75mm Length BX/1

Zimmer Biomet 1181-140-03 Free-Lock Femoral Fixation System Compression Tube/Plate 140° 3 Holes 75mm Length BX/1

• Model: 1181-140-03
• Angle: 140°
• Hole Count: 3 holes
• Length: 75 mm
• Material: Stainless Steel
• Compatibility: Designed for use with the Free-Lock surgical instrumentation and lag screw sets.

The Zimmer 1181-140-03 Free-Lock Femoral Fixation System Compression Tube/Plate is a precision-engineered orthopedic implant designed for proximal femoral fracture stabilization. Featuring a 140° anatomical angle and 3-hole configuration, this 75 mm compression tube/plate delivers targeted structural support and reliable fixation when used with the Zimmer Free-Lock Femoral Hip Fixation System. Constructed from premium surgical-grade stainless steel, the implant ensures strength and durability for effective internal fixation while reducing the risk of mechanical failure during the healing process.

Built to integrate seamlessly with advanced Zimmer Biomet trauma instrumentation, the 1181-140-03 compression tube/plate offers surgeons a streamlined approach to achieving optimal anatomical alignment and controlled compression at the fracture site. Its precise engineering and ergonomic design facilitate efficient surgical workflow, enabling confident placement and enhanced fracture stability in intertrochanteric or subtrochanteric hip fractures. Trusted across surgical centers and trauma care facilities, this implant supports consistent performance in demanding clinical environments.

Ideal for orthopedic professionals seeking high-quality, sterile, single-use implants, the Zimmer 1181-140-03 combines proven design with clinical versatility. Whether used in acute fracture repair or complex fracture reconstruction, this compression tube/plate supports improved patient outcomes by promoting stable fixation, facilitating bone healing, and helping restore functional mobility. Backed by Zimmer Biomet’s legacy of orthopedic innovation, it remains a preferred component in contemporary femoral fixation strategies.