Anatomic tibia interlocking nail

Multiple proximal locking

● Three unique and innovative proximal cancellous bone locking holes,providing the best stability for the proximal fracture fragment

● Two transverse locking holes can be used for compression of first period or driving force of second period in surgery

A variety of remote locking types

● Two horizontal and one vertical locking provide the best stability of the remote bone

● An oblique line of ultra-remote locking,two-way choice to provide the best holding force, avoiding the operation of soft tissue

●Unique united interlocking nail design: provide stability and anti-rotation capability; the pressing effect is remarkable in the process of screwing in the compression screw.

● Distal screw holes can select dynamic or static interlocking. The screws can be hold with hex screwdriver 5mm.

● The main nail has a deflection angle of 5 °, which is easy to insert from the top of the large trochanter.

●  It is divided into short nail and long nail and provide lag screw and compression screw.

●    Integrated interlocking screws (lag and compression screw) provide effective stability and linear pressure.

Preloaded end cap allows for creation of a fixed angle device, reduces the

●  difficulty of intraoperative operation and ensures the dynamic of the fracture site.

●  Distal elasticity of the main nail reduces stress shielding of the distal femur,so as to reduce potential distal femoral fractures.

Main nail’s proximal trapezoid interlocking nail can make femoral proximal more stable.

Hairpin bifurcation design of the distal of main nail is to reduce stress concentration and to avoid distal periprosthetic fracture.

● There is specially designed external angle 5°,surgery is more convenient to insert from the top of the greater trochanter;

A relatively flexible tip can make insertion easier and avoid local stress concentration of bone

● And compared with other traditional screw systems,the large contacting surface between helical blade  and bone

,significantly improved stability and prevent rotation and collapse,thus avoiding the phenomenon of cutting out