The Distal Tibia Medial Locking Plate is specifically engineered for anatomical alignment and stabilization of fractures at the medial distal tibia. It features a fixed-angle locking mechanism, where locking screws form a rigid construct with the plate, enhancing mechanical stability and reducing the risk of hardware failure. The plate includes conical threaded holes angled at 20°, designed to work with locking screws for angular stability without requiring compression between the plate and bone. The plate body is anatomically contoured and highly polished with rounded edges, minimizing soft tissue irritation and preserving the periosteal blood supply—essential for biological fracture healing. The plate and screws are made from TA3G pure titanium or TC4 titanium alloy, ensuring high biocompatibility and mechanical performance.
● 20° Conical Locking Holes: Enable secure angular stability when paired with corresponding locking screws.
● Sharp Self-Tapping Screw Design: Allows for easier insertion and reduced surgical time.
● Color Anodized Surface: Enhances corrosion resistance and improves intraoperative visibility.
● Ball-Head Cortical Screws: Compatible with compression and multi-directional holes for axial compression as needed.
● Low-Profile Polished Plate Design: Rounded edges and polished surfaces minimize soft tissue disruption.
● Thread Optimization: Screws have varying thread depth depending on diameter and application (shallow for smaller diameters or cortical bone, deep for larger cancellous bone screws).
● Material: Constructed from high-strength TA3G pure titanium or TC4 titanium alloy.
● Reliable Angular Stability: The fixed-angle locking construct offers enhanced stability, even in osteoporotic or comminuted fractures.
● Soft Tissue Preservation: Polished low-profile design reduces irritation and promotes quicker recovery.
● Biological Fixation Strategy: No need to compress the plate onto the bone helps maintain blood flow at the fracture site.
● Versatility: Compatible with various screw types and suited for complex fracture configurations.
● Optimized Screw–Bone Interface: Thread geometry improves bone grip and reduces risk of screw loosening.
