he intramedullary nail system is designed to be implanted within the medullary canal, forming a composite structure with the bone to share mechanical loads.
Positioned along the central axis of the femoral shaft, the nail offers optimal resistance to bending forces.
Proximal and distal locking screws ensure stable fixation, allowing axial compression while preventing rotational instability.
This femoral reconstruction nail system, composed of the main nail, traction screw, locking screws, and end cap, is made entirely from TC4 titanium alloy.
It is primarily intended for femoral shaft fractures and complex femoral injury patterns.
● Two configurations available: Reconstruction mode and Interlocking mode
● 5° lateral offset and 1500 mm anterior bow for anatomical alignment
● Flat lateral surface with low-profile groove design to minimize soft tissue irritation
● Multi-angle, multiplanar distal locking for enhanced anti-rotational stability
● Minimizes soft tissue irritation to the lateral vastus muscle via proximal cutting design
● Dual surgical mode selection to adapt to fracture type and complexity
● Optimized geometry enhances anatomical fit and mechanical strength
● Advanced locking design improves fixation in complex or unstable fractures
