Semi Tubular Plate

The Semi Tubular Plate from Glass Agencies is an orthopedic implant used for internal fixation of fractures in small bones, particularly in the radius, ulna, clavicle, and fibula. This plate is widely applied in trauma surgery, orthopedic hospitals, and surgical centers to stabilize fractured bone fragments and maintain proper alignment during the healing process. The semi tubular design features a curved profile that follows the natural contour of small bones, allowing close adaptation to the bone surface and minimizing soft tissue irritation. The plate is manufactured from medical grade stainless steel or titanium alloy, providing high mechanical strength, resistance to corrosion, and long-term stability in the body. The smooth surface finish supports safe handling and reduces the risk of tissue damage during implantation. The plate has multiple holes for screw placement, which allows secure fixation of bone fragments using cortical or cancellous screws depending on the fracture location and bone quality. The semi tubular structure provides flexibility, allowing slight bending of the plate to match anatomical variations without compromising strength. This plate is suitable for use in simple and complex fractures of small bones, including transverse, oblique, and comminuted fractures, where precise fragment stabilization is necessary for effective healing. Its low-profile design helps reduce prominence under the skin, supporting patient comfort and minimizing postoperative irritation. Glass Agencies ensures that each Semi Tubular Plate is manufactured under strict quality control standards, with inspections for dimensional accuracy, hole alignment, and surface finish before supply. The plates are packed in protective packaging to prevent contamination and mechanical damage during transport and storage, while clear labeling facilitates easy identification and inventory management. When applied according to standard surgical procedures, the Semi Tubular Plate provides stable fixation, controlled alignment, and support for proper bone healing. Its combination of strength, anatomical conformity, and ease of use makes it a reliable solution for orthopedic surgeons managing fractures in small bones, contributing to successful functional recovery, improved mobility, and positive clinical outcomes across a variety of fracture types and patient requirements.