Smith & Nephew Richards 122158 Russell-Taylor Femoral Locking Nail 16mm x 38cm BX/1

Smith & Nephew Richards 122158 Russell-Taylor Femoral Locking Nail 16mm x 38cm BX/1

• Model: 122158
• Diameter: 16 mm
• Length: 38 cm
• Material: Stainless Steel

The Smith & Nephew Richards 122158 Russell‑Taylor Femoral Locking Nail 16 mm × 38 cm (BX/1) is a high‑strength, professional‑grade orthopedic implant engineered to deliver dependable intramedullary fixation for complex femoral fractures in adults. Its generous 16 mm diameter and 380 mm length provide exceptional axial load sharing and mechanical support across challenging fracture scenarios — from standard mid‑shaft breaks to more demanding segmental and subtrochanteric patterns. Designed with a cannulated profile, this nail allows surgeons to employ guidewire‑assisted techniques for precise alignment and minimally invasive insertion, helping reduce soft‑tissue disruption and surgical morbidity.

Built for robust clinical performance, the Russell‑Taylor femoral nail incorporates proximal and distal interlocking options that accept locking screws to reinforce torsional, axial, and length stability throughout the bone‑healing process. This configuration enhances control of bone fragment positioning and helps mitigate risks such as rotation or shortening, which are critical factors for restoring normal femoral biomechanics and facilitating early weight‑bearing. The anatomical nail profile further supports predictable placement and consistent load transfer through the femoral canal.

Ideal for orthopedic trauma centers, hospital surgery departments, and specialty clinics, the Smith & Nephew Russell‑Taylor Femoral Locking Nail combines trusted implant design with surgeon‑focused functionality that supports successful clinical outcomes. Supplied sterile in a single‑use box (BX/1) and compatible with standardized locking screw systems and instrumentation, this intramedullary solution offers durability, versatility, and confidence for clinicians addressing femoral fractures in adult patients.