Tibial Intramedullary Nail Instrument Set

Delivers superior biomechanics via central fixation and a long lever arm. This optimizes stress distribution and drastically reduces the risk of implant failure or breakage.

Engineered for high OR efficiency. Features clear, logical operational steps with a controllable learning curve, making it highly suitable for routine trauma fractures.

Actively promotes bone healing by allowing controlled micromotion while absolutely minimizing soft tissue stripping and periosteal damage during insertion.

Guide Rod & Flexible Reamer

The guide rod establishes a safe intramedullary working channel, accurately guiding the reamer for precise medullary canal enlargement to ensure a smooth, unobstructed nail insertion.

Location Forcep

Utilizes an L-shaped trocar mechanism to locate the exact entry point for locking screws. It heavily protects surrounding soft tissue while guiding drilling and screw implantation.

Location Rod & Nail Connector Solid

Ensures highly secure intramedullary nail fixation during the procedure. The connector provides fast, reliable engagement, enabling precise nail positioning and stable locking screw alignment.

Universal Joint & Impactor

Provides customizable, adjustable impact force, granting the surgeon absolute control when inserting or extracting tibial intramedullary nails during complex revisions.

• Reliable intramedullary central fixation mechanics.

• Aggressively maintains anatomical fracture alignment.

• Distributes stress to promote callus formation while allowing controlled micromotion.

• Proximal and distal locking screws provide strong resistance to rotation and shortening.

• Highly suitable for comminuted, segmental, and unstable tibia fractures.

• Non-locking friction configurations available for stable fractures.

Premium Surgical Stainless Steel Standards

• ✓ All load-bearing instruments are crafted from high-strength surgical stainless steel (including 630, 420B, 465, X15TN, 304, 316, 3Cr13) ensuring extreme durability during heavy bone reaming.

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

• ✓ Maintained at a ≥98.9% quality pass rate via an advanced factory quality control system.

Sub-Micron Processing Technology

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

• ✓ 5-axis CNC Turning, Milling, and Wire EDM executed for sub-micron surgical accuracy.

• ✓ Advanced anodizing and matte finishing to prevent OR glare. High-strength joining prevents component detachment in the surgical field.