130° & 135° long proximal femur nail cannulated
130° & 135° Long Proximal Femur Nail (Cannulated) is an intramedullary fixation device designed for the management of complex proximal and femoral shaft fractures. With extended nail length, anatomically optimized angles, and a cannulated design, it ensures precise insertion, superior stability, and minimally invasive fixation.
The 130° & 135° Long Proximal Femur Nail (Cannulated) is a high-performance orthopedic implant engineered for the treatment of proximal femur fractures extending into the femoral shaft, including complex intertrochanteric, subtrochanteric, and segmental fractures. The long nail design provides extended coverage along the femoral canal, offering enhanced stability and load sharing across the entire length of the femur.
Available in 130° and 135° neck-shaft angle options, this implant allows surgeons to select the most appropriate anatomical configuration for optimal alignment and biomechanical performance. The cannulated structure enables guided insertion over a guide wire, ensuring high surgical precision and reducing intraoperative errors.
Manufactured from premium-grade Stainless Steel (SS) or Titanium (Ti), the nail delivers excellent mechanical strength, fatigue resistance, and long-term biocompatibility. It supports proximal fixation with lag screw(s) for controlled compression and multiple distal locking options to ensure rotational and axial stability, especially in long bone fractures.
🔸 Key Features:
- Long nail design for extended femoral coverage
- Available in 130° & 135° angles for anatomical adaptability
- Cannulated design for accurate guide wire-assisted insertion
- Suitable for minimally invasive surgical techniques
- High-strength material (SS / Titanium)
- Proximal locking with lag screw(s) for fracture compression
- Multiple distal locking options for enhanced stability
🔸 Indications:
- Intertrochanteric fractures with shaft extension
- Subtrochanteric fractures
- Femoral shaft fractures associated with proximal fractures
- Segmental and complex femur fractures
- Osteoporotic fractures requiring long fixation support
🔸 Advantages:
- Superior stability for long and complex fractures
- Better load distribution across the femur
- Reduced risk of implant failure in long segment fractures
- Minimally invasive approach with less soft tissue damage
- Faster rehabilitation and improved patient outcomes
