Femoral Intramedullary Nail

Opening, reaming, and inserting the primary nail; Construction of the positioning frame and the insertion of the guide pin;The proximal segment is opened, and the proximal joint compression nail or spiral blade is inserted.Distal locking in accordance with the positioning frame, and the implantation of the screw cap.Anatomical Consistencyinput:
output:© The length of the intramedullary nail increases the radius of curvature of the anterior arch, which accommodates the anatomical structures of various patients and minimizes the occurrence of intramedullary cam effects.input:
output:Proximal locking nail structure that is stableinput:
output:© The femoral shaft mode locking screw angle is increased and tilted backward, allowing it to be fixed to the lesser trochanter and thereby enhancing the stability of internal fixation.The combined interlocking double-pin mode offers the highest level of stability, anti-rotation, and anti-cut-out. anti-pull-out; the compression nail generates a substantial compression force when it is inserted.© The proximal trapezoidal cross-section is designed in the manner of a joint prosthesis stem to provide further mechanical advantage and stability.input:
output:Distal locking mechanism that is dependableinput:
output:©The risk of withdrawal is reduced, and locking stability is improved, through the angular arrangement of distal locking nails in a multi-planar distribution from posterior lateral to anterior medial fixation.

© Postoperative phase II dynamization is feasible due to the 5mm sliding pressure distance.input:
output:Application areainput:
output:Standard Interlocking Modeinput:
output:A fracture of the femoral shaft.Mode of Compression: Combinedinput:
output:Femoral Fractures of the Subtrochanteric Region;Femoral neck fracture, in conjunction with a femoral shaft fracture;Femoral shaft fracture in conjunction with intertrochanteric fracture of the femur.