As a key technology in the field of modern spinal surgery, vertebroplasty system has made significant technological progress in recent years and brought good news to many patients. This system is mainly used to treat spinal diseases such as vertebral compression fractures. It restores the height and stability of the vertebral body through minimally invasive surgery, significantly reduces the patient's pain and improves the quality of life.
One of the biggest features of the vertebroplasty system is its minimally invasive nature. Traditional spinal surgery often requires large-area incisions, which are traumatic and slow to recover. The vertebroplasty system uses microcatheters and specially designed instruments, allowing doctors to complete the operation with almost no damage to surrounding tissues. This not only reduces the risk of surgery, but also greatly shortens the patient's recovery time.
The accuracy of the system is also its significant advantage. With the help of advanced image-guided technology, doctors can accurately locate the damaged vertebrae and accurately inject filling materials such as bone cement into the fracture site to achieve precise repair. This precise operation not only improves the treatment effect, but also reduces the incidence of complications.
In addition, the vertebroplasty system also exhibits good biocompatibility. The materials used are mostly biocompatible polymer materials, which have good affinity with human tissues and reduce the occurrence of rejection reactions. At the same time, these materials also have good mechanical properties, which can provide necessary support while maintaining the flexibility and mobility of the vertebrae.
In the international market, the demand for vertebroplasty systems continues to grow. With the increasing aging of the global population, the incidence of spinal diseases such as vertebral fractures continues to rise. As an effective treatment method, vertebroplasty systems have broad market prospects.
In the future, with the further development of technology and innovation of materials, vertebroplasty systems are expected to provide patients with spinal diseases with safer and more effective treatment options and become an important pillar in the field of surgery.