The technology FNS (Femoral Neck Nail System) achieves the stability of fracture reduction through minimally invasive surgical techniques, is easy to operate, has less trauma, better stability, reduces the incidence of nonunion of femoral neck fractures, and is conducive to early rehabilitation. Early weight bearing, early functional exercise, is a new option for the treatment of femoral neck fractures. At the same time, the FNS system is easy to operate, reduces the operation time, and reduces the clinical risk caused by the long anesthesia time. It is a better treatment method for the treatment of femoral neck fractures.
Femoral neck fracture is a relatively common osteoporotic fracture, which is common in middle-aged and elderly people. However, with the rapid development of industry and transportation, more and more young and middle-aged people suffer from femoral neck fractures due to falls from heights and traffic accidents. Once the femoral neck fracture occurs in young and middle-aged patients, the injury is larger, the incidence of complications (femoral head necrosis) is higher, and the impact on the quality of life is also more serious.
STOFFEL research report:
From a biomechanical point of view, the femoral neck screw system is an effective alternative for the treatment of unstable femoral neck fractures, which represents the advantages of a minimally invasive implant with stability comparable to DHS systems and superior to cannulated screw
The FNS treatment plan is to actively apply the minimally invasive concept and rapid rehabilitation to clinical treatment, and has achieved the advantages of less surgical damage, more reliable internal fixation, shortened hospitalization time and recovery time, etc. In the future, with the promotion and application of this technology, It will provide more possibilities for more and more patients to obtain better recovery
AND FNS Features:
Special anti-rotation screw design
The anti-rotation screw and the main nail are interlocked and bifurcated:
This helps prevent rotational displacement of the femoral head;
At the same time, the small angle of the bifurcation allows implantation in a smaller femoral neck;
Provides better anti-rotation effect than dynamic hip screws
Post time: Mar-15-2022