Medial Polyaxial Plate for Distal Tibia

Medial Polyaxial Plate for Distal Tibia Video

The Medial Polyaxial Plate for Distal Tibia is designed for medial distal tibial fracture fixation. Manufactured from premium TA3 titanium alloy, it provides superior strength, fatigue resistance, and biocompatibility. The plate features a multi-angle polyaxial locking design that enables flexible screw placement and secure fixation for complex tibial fractures.

Key Features and Advantages

• Anatomical Fit: Contoured to match the distal medial tibia anatomy, ensuring an optimal bone fit while minimizing soft tissue irritation.

• Polyaxial Locking Holes: Allows for variable screw angulation, giving surgeons the flexibility to adapt fixation according to different tibial fracture patterns.

• Combination Hole Design: Integrates locking and compression holes for versatile fixation options, suitable for both simple and comminuted fractures.

• Multi-Hole Configuration: The distal multi-hole layout provides firm fixation and improved stability in distal tibial fracture zones.

• High-Strength TA3 Titanium Alloy: Crafted from medical-grade TA3 titanium, offering excellent mechanical performance, corrosion resistance, and biocompatibility for long-term implantation.

Product Specifications

Product Function

This Medial Distal Tibial Locking Plate is used for fixation of medial distal tibial fractures. It provides rigid stabilization and allows early mobilization while maintaining precise anatomical alignment. The polyaxial hole system enables surgeons to adjust screw trajectories, ensuring optimal fixation even in challenging bone geometries.

Compatible Use

• 3.5 mm Locking Screws

• 3.5 mm Cortical Screws

• Large Fragment Instrument Set

• Large Fragment Surgical Kit

Clinical Benefits

• Provides secure fixation for medial distal tibial fractures with multi-angle screw positioning.

• Reduces irritation and enhances patient comfort through smooth anatomical contouring.

• Increases fixation flexibility and stability with combination and polyaxial hole design.

• Delivers long-term reliability with high-strength TA3 titanium alloy.

• Optimized for trauma and reconstructive orthopedic applications.