As an innovative medical implant, the long-term stability of the scorpn 3d-printing cage in vivo is one of the key factors in evaluating its therapeutic effect and safety.
Among modern medical auxiliary equipment, the expandable lumbar cage provides patients with more precise and personalized lumbar support with its unique design and function.
In the field of cervical spine surgery, the ceplate cervical system has shown significant advantages over traditional methods with its unique design and advanced technology.
The wider fixing belt can increase the contact area with the body, thereby evenly distributing the pressure around the waist and reducing the pressure on the skin and muscles caused by local pressure concentration.
In the medical field, Thoracolumbar implants are widely used to treat spinal diseases such as degenerative spinal lesions and spinal fractures.
3D-printing cage is an emerging technical means in the treatment of cervical diseases. The evaluation of its post-treatment effect is extremely critical both in the short term and in the long term, and involves multiple dimensions.