★ It adopts anatomical design and fits closely with the bone surface, which can effectively disperse stress, reduce pressure on the periosteum, and reduce the risk of bone blood supply damage.
★ The non-rigid fixation method allows a small amount of elastic micro-movement between the fracture ends, which can stimulate callus growth and promote fracture healing.
★ No locking screws are required for precise alignment, the steps are simplified, and a variety of screws can be used to adapt to different fracture types.