Lateral Polyaxial Locking Plate for Tibial Plateau

Lateral Polyaxial Locking Plate for Tibial Plateau Vedio

The Lateral Polyaxial Locking Plate for Tibial Plateau is specifically designed for the fixation of lateral proximal tibial plateau fractures. Made from TA3 titanium alloy, this plate provides strong support, superior biocompatibility, and long-term stability for orthopedic trauma fixation. With a 15° polyaxial design, it allows surgeons to adjust screw angles freely, achieving optimal fixation for various fracture patterns.

Key Features and Advantages

• 15° Polyaxial Hole Design: The proximal holes allow up to 15° of screw angulation, providing flexible fixation and better adaptation to different tibial plateau fracture patterns.

• Adaptable to Various Fracture Lines: Designed to support stable fixation for multiple types of lateral tibial plateau fractures, including complex and comminuted injuries.

• High-Strength TA3 Titanium Alloy: Manufactured from TA3 titanium for exceptional strength, fatigue resistance, and excellent biocompatibility in orthopedic implant applications.

• One-Piece Precision Machining: The plate is machined from a single titanium block to minimize internal stress, enhance durability, and ensure structural consistency.

Product Specifications

Product Function

This Lateral Tibial Plateau Locking Plate is designed for the internal fixation of lateral proximal tibial fractures. It ensures precise anatomical alignment, stable fixation, and promotes effective bone healing. The polyaxial design allows flexibility during surgery, making it suitable for both simple and complex tibial plateau fracture repair.

Compatible Use

• 3.5 mm Locking Screws

• 3.5 mm Cortical Screws

• Large Fragment Locking Plate Instrument Set

• Large Fragment Surgical Kit

Clinical Benefits

• Provides stable and reliable fixation for lateral tibial plateau fractures.

• Improves screw placement flexibility with polyaxial design.

• Reduces implant fatigue and failure risk through TA3 titanium strength.

• Ensures excellent biocompatibility and long-term implant safety.