New Femoral Reconstruction Intramedullary Nail Instrument Set

Dual-mode reconstruction locking with controllable compression designed specifically for complex and reconstructive femoral fractures, offering exceptional surgical versatility.

Accurate guided targeting significantly reduces intraoperative fluoroscopy time, minimizes radiation exposure, and drastically lowers procedural difficulty during distal locking.

The optimized proximal targeting design seamlessly aligns with the greater trochanter anatomy, reducing impingement and associated postoperative complications.

Positioning Rod & Positioning Card

The robust Positioning Rod ensures precise and reliable in vivo placement of the nail. The interlocking Positioning Card mechanically prevents screw cut-out or back-sliding under stress, ensuring maximum fracture stability.

Distal Positioning Frame

Under lateral fluoroscopy, the radiolucent targeting frame ensures perfectly accurate distal locking screw passage through the distal femur and corresponding nail locking holes.

Drill Sleeve & Proximal Guider Rod

The Drill Sleeve guarantees accurate cortical drilling directly into the intramedullary nail's locking hole, completely avoiding the risks of failed screw passage caused by blind free-hand drilling.

Guide Pin Extractor

A specialized tool used to smoothly and safely remove the guide wire during reaming or main nail insertion, preventing catastrophic guide wire breakage within the medullary canal.

• Pathological fractures & impending fractures.

• Chronic non-union fractures and severe polytrauma.

• Complex fractures involving the Femoral Shaft, Proximal Femur, or Metaphysis.

• Provides centralized, load-sharing stable fixation for heavy weight-bearing.

• Exceptional resistance to rotation, shortening, and extreme shear forces.

• Fully supports controllable intraoperative compression for primary healing.

Premium Surgical Stainless Steel Standards

• ✓ To guarantee uncompromising rigidity during heavy intramedullary reaming and targeting, all instruments are engineered from premium imported stainless steel (630, 420B, 465, X15TN, 304, 316, 3Cr13).

• ✓ Mechanical fatigue and stress tests are strictly archived for over 3 years for full process traceability.

Sub-Micron Processing Technology

• ✓ Products undergo rigorous fine polishing, grinding, and oxidation for a consistent finish that heavily resists corrosion during repeated autoclaving.

• ✓ 5-axis CNC Turning, Milling, and Wire EDM executed for sub-micron surgical accuracy, ensuring the drill sleeve perfectly aligns with the nail's locking holes.