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130° trochanteric proximal femur nail antirotation -2 cannulated
130° Trochanteric Proximal Femur Nail Antirotation – 2 Cannulated is an intramedullary fixation system designed for trochanteric femur fractures. Featuring a 130° neck-shaft angle with dual cannulated screw configuration, it provides superior anti-rotational stability, precise placement, and minimally invasive surgical application.
The 130° Trochanteric Proximal Femur Nail Antirotation – 2 Cannulated is an advanced orthopedic implant specifically developed for the treatment of trochanteric and proximal femoral fractures, including unstable intertrochanteric fractures. Designed with a trochanteric entry point, it allows easier surgical access, reduced soft tissue damage, and efficient implant positioning.
This system features a 130° neck-shaft angle, offering anatomically accurate alignment and optimal load distribution across the fracture site. The dual cannulated screw configuration (2 screws) provides enhanced anti-rotational stability and controlled compression, ensuring strong fixation even in osteoporotic bone.
The cannulated design enables insertion over a guide wire, improving surgical accuracy and minimizing intraoperative complications. The implant is manufactured from high-quality Stainless Steel (SS) or Titanium (Ti), ensuring excellent strength, fatigue resistance, and long-term biocompatibility.
🔸 Key Features:
- 130° neck-shaft angle for anatomical alignment
- Trochanteric entry design for easy insertion
- Dual cannulated screw system for anti-rotation and compression
- Cannulated nail for precise guide wire-assisted placement
- Short/standard nail options for minimally invasive surgery
- High-strength material (SS / Titanium)
- Distal locking options for rotational and axial stability
🔸 Indications:
- Trochanteric fractures (stable and unstable)
- Intertrochanteric fractures
- Subtrochanteric fractures
- Osteoporotic fractures requiring enhanced fixation
🔸 Advantages:
- Superior anti-rotational stability
- Strong fixation in weak or osteoporotic bone
- Reduced surgical time and blood loss
- Faster patient mobilization and recovery
- Minimally invasive surgical approach













