CanEFN Femoral Nail System is a truly innovative product that embodies a unique design philosophy, characterized by biomechanical stability fixation, minimally invasive operation technology, simplified operation, and early postoperative functional recovery. This nail system is a remarkable breakthrough in the field of orthopedic surgery and offers surgeons the ability to provide their patients with the best possible outcomes.
 CanEFN system is most praised for its two proximal interlocking options: the standard interlocking and the reconstruction interlocking. These interlocking mechanisms are specifically designed to provide stability in a wide range of fractures, from stable and unstable Petrochanteric fractures to ipsilateral femoral neck and shaft fractures. The 135 reconstruction mode, with its 6.5mm reconstruction lag screw, and the femur mode, with its 4.9mm interlocking screw, provide additional options for surgeons to achieve the best possible results.
 
CanEFN Femoral Nail System is versatile, catering to a wide range of indications such as fracture of the shaft of the femur, pathological fractures, nonunion, and stable and unstable Petrochanteric fractures. The specifications of the system are impressive, with a proximal diameter of 13mm, medial-lateral angle of 5, and a length of the main nail ranging from 300mm to 460mm in 20mm increments. The diameter of the main nail ranges from 9mm to 11mm in 1mm increments, making it a perfect fit for various femur sizes. The distal ellipse locking hole offers dynamic compression, while the hollow circular geometry and the 15mm super distal locking ensure maximum stability. Additionally, the different end cap designs of CanEFN Femoral Nail System are specifically created to meet the unique requirements of different surgical procedures, making it an ideal choice for a variety of cases.
 
CanEFN Femoral Nail System is a game-changing product that offers a unique combination of biomechanical stability, minimally invasive operation, and early postoperative functional recovery. With its versatile design and exceptional specifications, this system is set to revolutionize the field of orthopedic surgery and provide patients with the best possible outcomes.