Pain caused by vertebral compression fractures has become a serious problem for patients, their families, and even clinicians, and patients lose mobility due to chronic pain. In order to realize the operation, a vertebral body expansion balloon catheter was invented. The kyphoplasty balloon catheter has a reasonable design, simple structure, convenient operation, and installation, reduces the pain of the patient, and facilitates postoperative recovery.

The kyphoplasty Balloon Catheter reduces the compressed and fractured vertebral body and forms a cavity, fills the bone cement, increases the stiffness and strength of the vertebral body, and reconstructs. Working principle: Use relevant surgical tools to open the working channel on the affected part of the patient's vertebral body, select the kyphoplasty Balloon Catheter of the shape required for the operation, insert the kyphoplasty Balloon Catheter after vacuum extraction into the vertebral body, and gradually expand by adding contrast agent. The kyphoplasty Balloon Catheter is used until a satisfactory dilation effect is achieved.

The kyphoplasty balloon catheter has a reasonable design, simple structure, convenient operation, and installation, reduces the pain of patients, and facilitates postoperative recovery. The kyphoplasty balloon catheter restores the compressed and fractured vertebral body and forms a cavity, fills the bone cement, increases the stiffness and strength of the vertebral body, reconstructs the stability of the spine, and relieves pain, corrects kyphosis, and improves the quality of life of patients.

In addition, the head vertebral body balloon is formed by weaving fibers into reinforcing rib-dipping polyether-modified polyamide material, which can increase the shape of the vertebral body to form a cavity, meet the surgical requirements, and also solve the problem of the kyphoplasty balloon catheter. The distraction force is not enough, the controllability is poor, the balloon is easy to rupture, and it is difficult to remove the rupture during the operation.