Locking Posterior Medical Proximal Tibia Plate

The Locking Posterior Medial Proximal Tibia Plate from Glass Agencies is an orthopedic implant used for internal fixation of proximal tibial fractures, including complex metaphyseal, periarticular, and comminuted fractures. This plate is commonly applied in trauma surgery, orthopedic hospitals, and surgical centers to stabilize fractured bone fragments, restore proper alignment, and support efficient bone healing. Its posterior medial design allows close adaptation to the anatomical contour of the tibia, providing strong buttress support against axial, shear, and rotational forces while minimizing soft tissue irritation during placement. The plate features multiple locking holes that accommodate screws at fixed angles, offering angular stability and secure fixation even in osteoporotic or weak bone. The locking mechanism ensures that screws remain firmly positioned relative to the plate, reducing the risk of loosening and maintaining a stable construct that supports early mobilization and functional recovery. Manufactured from medical grade stainless steel or titanium alloy, the Locking Posterior Medial Proximal Tibia Plate provides high mechanical strength, corrosion resistance, and long-term structural integrity. Its polished surface ensures smooth handling during surgery while reducing friction with surrounding soft tissue. The contoured design allows slight bending to match patient-specific anatomy, promoting proper alignment, uniform load distribution, and stable fixation throughout the healing process. The plate is available in multiple lengths and hole configurations, giving surgeons flexibility to manage different fracture patterns and patient anatomies effectively. Glass Agencies ensures that each Locking Posterior Medial Proximal Tibia Plate undergoes strict quality inspection, including checks for dimensional accuracy, hole alignment, and surface finish before supply. Each implant is carefully packaged to prevent contamination or mechanical damage during transport and storage, while clear labeling supports easy identification and inventory management. When applied according to standard surgical techniques, the plate provides stable fixation, controlled compression, and dependable alignment, supporting effective bone healing, restoration of knee function, and improved postoperative mobility. Its combination of anatomical conformity, angular support, and secure fixation makes it a reliable solution for orthopedic surgeons managing complex proximal tibial fractures, contributing to successful rehabilitation, functional recovery, and positive long-term outcomes for patients following trauma or surgical intervention.