The Distal Medial Tibial Universal Locking Plate is designed for the internal fixation of distal tibial fractures, offering stability and optimal anatomical alignment.
Featuring 30° conical polyaxial locking holes, this plate allows screws to deviate by up to 15° in any direction, enhancing flexibility and precise screw placement.
Manufactured from TA3G pure titanium and TC4 titanium alloy, the plate provides excellent biocompatibility, strength, and durability.
The low-profile design minimizes soft tissue irritation, while the polished edges and rounded corners ensure minimal discomfort.
● Polyaxial Locking Design: 30° conical locking holes allow screws to be inserted at multiple angles, providing flexibility in screw placement.
● Self-Tapping Screws: Designed with sharp cutting edges for efficient penetration and secure fixation.
● Anodized Surface: The surface is anodized for enhanced corrosion resistance and biocompatibility.
● Ball-Head Screw Design: Spherical head screws fit into locking holes, allowing for precise and stable angular fixation.
● Versatile Compatibility: Screws with varying diameters, including 1.5 mm and 2.0 mm for smaller bones and 6.5 mm and 7.3 mm for osteoporotic bones.
● Low-Profile Plate: The plate body is anatomically contoured with rounded corners and a high-polish finish to reduce soft tissue irritation.
● High Flexibility: The polyaxial design allows screw angulation up to 15°, accommodating complex fracture patterns and anatomical variations.
● Increased Stability: The locking screw mechanism ensures direct and rigid connection between the screw and plate, offering superior stability and safety.
● Rotational Stability: Provides anti-rotation stability with two screws, reducing the risk of fracture displacement.
● Optimized for Varied Bone Structures: The plate is suitable for different types of bones, with specialized screws designed for hard and soft bones, ensuring secure fixation.
● Simple to Use: Polyaxial locking is achieved without the need for additional inserts or tools, simplifying the surgical process.
● Enhanced Surgical Control: Allows surgeons to adjust the screw angles, optimizing fixation based on the fracture type and anatomical location.
