The lateral distal femoral Locking Plate was used for internal fixation of femoral fractures.
Features and Advantages
1. Using titanium manufacturing and advanced processing technology,titanium is more suitable as a raw material for implants because of its good biocompatibility, high hardness and good corrosion resistance.
2. Surface anodized oxidation treatment,improve the hardness,wear resistance and corrosion resistance of the locking plate.
3. The anatomical shape design is consistent with the anatomical shape of the femur,the adhesion is good,the soft tissue stimulation is less,and there is no need for pre-bending during the operation,which is conducive to reducing the workload of the surgeon.
4. Plate preshaping and low notch design can reduce soft tissue irritation and eliminate the need for plate shaping and reconstruction.
5. Combined design of locking hole and compression hole,it can be angled or pressurized as needed to prevent screw loosening in the initial reduction loss and the second reduction loss and allow early functional activity.
6. Limiting contact groove,with the protection of blood supply under the plate and fast fracture healing.
7. Kirschner pin hole is used for temporary fixation of Femur Locking Plate.
8. The porous design of the condyle is convenient for fixation selection and good stability.
9. Circular plate tip can reduce the impact on the blood supply of the periosteum.
In short,distal femur lateral locking plate is often used in orthopedic surgery for fractures of the femur,It is an important component of max orthopedic implant.
Medical tips
Distal femoral fracture is defined as a fracture occurring between the femoral condyle and the femoral metaphyseal. It mainly includes femoral supracondylar fractures, femoral intercondylar fractures, and femoral condylar fractures involving the distal articular surface. Femoral condyle fractures generally refer to fractures occurring in the femoral condyle, which refers to the thick and elevated part of the lower end of the femur, including the medial condyle and the lateral condyle of the femur. The fracture at this site is prone to involve the distal femoral articular surface. Supracondylar femoral fractures generally refer to fractures occurring between the distal end of the femoral shaft and the femoral condyle. Femoral intercondylar fractures generally refer to fractures occurring between the medial and lateral condyles of the lower femur.
