Original: $275.00
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$96.25The Story
Smith & Nephew Richards 122207 Russell-Taylor Tibial Locking Nail 14mm x 33.0cm BX/1
• Model: 122207
• Diameter: 14 mm
• Length: 33.0 cm
• Material: Stainless Steel
The Smith & Nephew Richards Russell‑Taylor Tibial Locking Nail 14 mm × 33.0 cm (BX/1) is a high‑performance orthopedic intramedullary implant engineered for robust stabilization of tibial shaft fractures in adult patients. With its substantial 14 mm diameter and 330 mm length, this tibial locking nail delivers the structural strength and axial support surgeons rely on when treating challenging fracture patterns. Its cannulated design allows guidewire‑assisted insertion, facilitating precise placement deep within the medullary canal while supporting a minimally invasive surgical approach — an important consideration for operative efficiency and patient recovery outcomes.
Crafted for modern trauma care, the Russell‑Taylor nail incorporates proximal and distal locking holes that accept interlocking screws to enhance axial, torsional, and length stability throughout the healing process. This interlocking configuration helps maintain proper alignment, minimizes the risk of malrotation and shortening, and promotes consistent fracture union — making it a trusted choice in both acute traumatic and complex tibial injury scenarios. Clinicians can tailor the fixation strategy based on fracture configuration and patient anatomy, delivering confidence and control in the operating room.
Ideal for hospital trauma centers, orthopedic specialty clinics, and surgical teams focused on delivering optimal fracture care, the Smith & Nephew Russell‑Taylor Tibial Locking Nail combines durable construction with surgeon‑friendly features. Supplied sterile in a single‑unit box (BX/1) and compatible with standard locking screw sets and instrumentation, this implant supports dependable surgical planning and positive patient outcomes in tibial fracture management — making it a valuable addition to any advanced orthopedic trauma inventory.
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 122207 Russell-Taylor Tibial Locking Nail 14mm x 33.0cm BX/1
• Model: 122207
• Diameter: 14 mm
• Length: 33.0 cm
• Material: Stainless Steel
The Smith & Nephew Richards Russell‑Taylor Tibial Locking Nail 14 mm × 33.0 cm (BX/1) is a high‑performance orthopedic intramedullary implant engineered for robust stabilization of tibial shaft fractures in adult patients. With its substantial 14 mm diameter and 330 mm length, this tibial locking nail delivers the structural strength and axial support surgeons rely on when treating challenging fracture patterns. Its cannulated design allows guidewire‑assisted insertion, facilitating precise placement deep within the medullary canal while supporting a minimally invasive surgical approach — an important consideration for operative efficiency and patient recovery outcomes.
Crafted for modern trauma care, the Russell‑Taylor nail incorporates proximal and distal locking holes that accept interlocking screws to enhance axial, torsional, and length stability throughout the healing process. This interlocking configuration helps maintain proper alignment, minimizes the risk of malrotation and shortening, and promotes consistent fracture union — making it a trusted choice in both acute traumatic and complex tibial injury scenarios. Clinicians can tailor the fixation strategy based on fracture configuration and patient anatomy, delivering confidence and control in the operating room.
Ideal for hospital trauma centers, orthopedic specialty clinics, and surgical teams focused on delivering optimal fracture care, the Smith & Nephew Russell‑Taylor Tibial Locking Nail combines durable construction with surgeon‑friendly features. Supplied sterile in a single‑unit box (BX/1) and compatible with standard locking screw sets and instrumentation, this implant supports dependable surgical planning and positive patient outcomes in tibial fracture management — making it a valuable addition to any advanced orthopedic trauma inventory.
