Locking DHS Plate

The Locking DHS Plate from Glass Agencies is an orthopedic implant used for fixation of intertrochanteric and subtrochanteric fractures of the femur where strong angular stability and controlled sliding are required. This plate is designed to work in combination with a dynamic hip screw, allowing controlled collapse at the fracture site while maintaining stable alignment of bone fragments. The locking feature of the plate allows screws to lock into the plate, creating a fixed angle construct that enhances stability, especially in weak or osteoporotic bone. This design helps reduce the risk of screw loosening and loss of fixation during the healing process. The plate is anatomically contoured to match the proximal femur, supporting proper fit along the bone surface and minimizing soft tissue irritation. It is manufactured from medical grade stainless steel or titanium alloy, offering resistance to corrosion and compatibility with standard sterilization methods. The smooth surface finish supports safe handling and ease of implantation. The locking holes and standard holes provide flexibility, allowing the surgeon to choose between locking and non locking fixation based on fracture pattern and bone quality. The plate is available in various lengths and hole configurations to suit different anatomical and surgical requirements. The DHS barrel alignment supports accurate placement of the dynamic hip screw at the desired angle. This implant is commonly used in trauma surgery and orthopedic procedures involving hip fractures. Glass Agencies ensures that each Locking DHS Plate is manufactured under controlled quality standards and inspected for dimensional accuracy, hole alignment, and structural strength before supply. Each plate is packed in protective packaging to maintain cleanliness and prevent damage during transport and storage. Clear labeling supports easy identification and inventory management. When used following standard orthopedic surgical techniques, the Locking DHS Plate supports stable fixation, controlled fracture compression, and dependable alignment, contributing to effective healing and improved surgical outcomes in hip fracture management.