New Femoral Reconstruction Intramedullary Nail

Engineered with a dual-mode reconstruction locking mechanism, featuring controllable compression specifically designed for stable fixation of the femoral neck and shaft.

Provides a single-nail solution highly suitable for complex, reconstructive, and comminuted fractures, delivering exceptional clinical versatility for trauma surgeons.

Controllable intraoperative compression mechanically stimulates the fracture site, promoting robust callus formation and dramatically enhancing overall bone healing quality.

Versatile Fixation System

The dual-mode design, combined with controllable compression capabilities, establishes a highly versatile single-nail solution. It effectively stabilizes both routine shaft fractures and complex proximal femur reconstructions.

Proximal Optimization

The anatomical proximal design strictly conforms to the greater trochanter profile, significantly reducing cortical impingement, soft tissue irritation, and postoperative joint pain complications.

Stable Femoral Fixation

The intramedullary construct provides centralized, load-sharing stabilization. It offers exceptional resistance to rotation, shortening, and shear forces, critical for early weight-bearing mobilization.

Precision Surgical Guidance

The implant's precisely machined locking holes seamlessly interface with our dedicated targeting instruments, minimizing intraoperative fluoroscopy time and simplifying the overall surgical execution.

• Pathological fractures and prophylactic stabilization.

• Chronic non-union, malunion, and severe polytrauma.

• Concomitant fractures involving the femoral shaft, proximal femur, and metaphysis.

Premium TC4 Titanium Implants

• ✓ All intramedullary nails and locking screws are manufactured exclusively from high-strength TC4 titanium alloy, fully conforming to GB/T 13810-2017 standards.

• ✓ Delivers excellent fatigue resistance, superior biocompatibility, and magnetic resonance imaging (MRI) compatibility.

• ✓ Mechanical fatigue and stress testing reports are strictly archived for over 3 years.

Sub-Micron Processing Technology

• ✓ 5-axis CNC Turning, Milling, and Wire EDM executed for sub-micron surgical accuracy, ensuring locking screws precisely engage the nail holes.

• ✓ Implants undergo meticulous fine polishing, grinding, and specialized anodization for consistent color and an ultra-smooth surface, facilitating easier intramedullary insertion.