Smith & Nephew Richards 122145 Russell-Taylor Femoral Locking Nail 14mm x 40cm BX/1

Smith & Nephew Richards 122145 Russell-Taylor Femoral Locking Nail 14mm x 40cm BX/1

• Model: 122145
• Diameter: 14 mm
• Length: 40 cm
• Material: Stainless Steel

The Smith & Nephew Richards Russell-Taylor Femoral Locking Nail 14 mm × 40 cm (BX/1) is a high-performance orthopedic implant designed to deliver robust intramedullary fixation for challenging femoral shaft and subtrochanteric fractures. Engineered with a durable 14 mm diameter and an extended 40 cm length, this intramedullary nail provides exceptional structural support and axial load sharing for adult femur fracture repair. Its precision-machined, cannulated profile allows for seamless guidewire-assisted insertion, enabling surgeons to achieve accurate alignment and reduce operative complexity in trauma cases where stability and efficient healing are critical.

Built for versatility in modern orthopedic trauma care, the Russell-Taylor femoral nail features proximal and distal interlocking screw holes that accept locking screws to secure fragments and enhance torsional control throughout recovery. This interlocking configuration provides surgeons with options for static or dynamic locking techniques, supporting both rotational and compressive stability depending on the fracture pattern. Its anatomical design, including a gentle anterior bow, promotes an optimal fit within the femoral canal and facilitates reliable fixation during both antegrade and retrograde approaches.

Ideal for trauma centers, orthopedic specialty hospitals, and high-volume surgical facilities, the Smith & Nephew Russell-Taylor Femoral Locking Nail 14 mm × 40 cm stands out as a trusted solution for internal femur fixation. With its combination of engineered durability, surgeon-friendly design, and dependable mechanical performance, this intramedullary nail supports confident procedural planning and can contribute to improved outcomes in complex femoral fracture treatment — making it a cornerstone implant in any advanced orthopedic inventory.