The Story
Smith & Nephew Richards 121141 Ambi CHS Compression Hip Screw Plate 135° 6 Slots 140mm BX/1
• Model: 121141
• Configuration: 6 slot holes
• Angle: 135°
• Plate Length: 140 mm
• Barrel Style: Ambi (keyed/keyless)
The Smith & Nephew Richards Compression Hip Screw Plate 135° with 6 Slots and 140 mm Length is a professional‑grade orthopedic implant engineered to deliver reliable internal fixation for proximal femoral fractures, including intertrochanteric and subtrochanteric injuries. Designed with a 135° neck–shaft angle, this plate closely mimics the natural biomechanical alignment of the femur, helping surgeons achieve stable fracture reduction and promote efficient healing under physiological load conditions. As part of the renowned Smith & Nephew Compression Hip Screw (CHS) system, the implant provides trusted performance in demanding orthopedic trauma workflows.
Built for compatibility with Smith & Nephew CHS lag screws, compression screws, and surgical instrumentation, this 6‑slot, 140 mm plate supports versatile fixation strategies while allowing for controlled compression across the fracture site. The AMBI keyless barrel design can be converted to keyed as needed, giving surgeons additional flexibility to tailor the construct to patient anatomy and surgical preference. Its robust design encourages early weight‑bearing and stability — factors that are critical to positive clinical outcomes and accelerated patient recovery.
Ideal for hospitals, trauma centers, and orthopedic specialty practices, the 121141 Ambi CHS Compression Hip Screw Plate exemplifies the durability and precision required in modern fracture management. Whether used in routine hip fracture cases or more complex surgical repairs, this implant reflects decades of orthopedic innovation and clinical experience. By combining trusted biomechanics with reliable fixation strength, it delivers professional‑grade performance that surgeons and care teams depend on for consistent, high‑quality patient care.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
Smith & Nephew Richards 121141 Ambi CHS Compression Hip Screw Plate 135° 6 Slots 140mm BX/1
• Model: 121141
• Configuration: 6 slot holes
• Angle: 135°
• Plate Length: 140 mm
• Barrel Style: Ambi (keyed/keyless)
The Smith & Nephew Richards Compression Hip Screw Plate 135° with 6 Slots and 140 mm Length is a professional‑grade orthopedic implant engineered to deliver reliable internal fixation for proximal femoral fractures, including intertrochanteric and subtrochanteric injuries. Designed with a 135° neck–shaft angle, this plate closely mimics the natural biomechanical alignment of the femur, helping surgeons achieve stable fracture reduction and promote efficient healing under physiological load conditions. As part of the renowned Smith & Nephew Compression Hip Screw (CHS) system, the implant provides trusted performance in demanding orthopedic trauma workflows.
Built for compatibility with Smith & Nephew CHS lag screws, compression screws, and surgical instrumentation, this 6‑slot, 140 mm plate supports versatile fixation strategies while allowing for controlled compression across the fracture site. The AMBI keyless barrel design can be converted to keyed as needed, giving surgeons additional flexibility to tailor the construct to patient anatomy and surgical preference. Its robust design encourages early weight‑bearing and stability — factors that are critical to positive clinical outcomes and accelerated patient recovery.
Ideal for hospitals, trauma centers, and orthopedic specialty practices, the 121141 Ambi CHS Compression Hip Screw Plate exemplifies the durability and precision required in modern fracture management. Whether used in routine hip fracture cases or more complex surgical repairs, this implant reflects decades of orthopedic innovation and clinical experience. By combining trusted biomechanics with reliable fixation strength, it delivers professional‑grade performance that surgeons and care teams depend on for consistent, high‑quality patient care.
