Proximal Femoral Nail

Glass Agencies presents the Proximal Femoral Nail, an intramedullary fixation implant used for stabilization of fractures involving the upper region of the femur. This nail is commonly applied in the management of intertrochanteric, subtrochanteric, and certain femoral neck fractures, where internal support and alignment control are required. Positioned within the femoral medullary canal, the implant provides stable internal fixation while helping preserve surrounding soft tissues. The intramedullary placement supports effective load sharing across the fracture site, reducing stress on the bone and aiding in fracture healing. Manufactured from implant grade material, the proximal femoral nail supports biocompatibility and mechanical strength suitable for long term implantation. Its anatomical curvature is shaped to match the natural contour of the femur, supporting accurate placement and reducing the risk of malalignment. Proximal apertures are designed to accommodate lag screws or blade screws that extend into the femoral head, providing secure fixation and resistance to rotation. Distal locking holes allow the use of locking screws to control axial and rotational movement, contributing to construct stability during patient mobilization. The nail is compatible with standard insertion instruments and is placed under imaging guidance to support precise positioning. Its surface finish supports smooth insertion and removal when required. Proximal femoral nails are available in multiple lengths and diameters to match patient anatomy and fracture configuration. The system supports both static and dynamic locking techniques, allowing adjustment based on fracture stability and healing progression. These nails are widely used in trauma care and orthopaedic surgical centers, supporting early weight bearing when clinically appropriate. Glass Agencies ensures that each Proximal Femoral Nail is inspected for dimensional accuracy, surface quality, and mechanical integrity prior to supply. Proper storage, handling, and implantation in accordance with accepted surgical guidelines support dependable performance. Suitable for hospitals, trauma units, and specialized orthopaedic facilities, this implant remains a fundamental option in femoral fracture management.