Orthopedic Spinal Fixation Vertebral Hook Medical Instrument

The intervertebral fusion cage is a large, hollow cylinder made of high-quality metal, usually titanium. It is designed as a "cage" structure so that bone graft can be placed inside the hollow cylinder to allow a spinal fusion to occur between two vertebrae. The specialized holes throughout the cage allow bone to form around and through the device, connecting the vertebrae with solid bone.

Modern intervertebral fusion cages are designed for flexibility, supporting both traditional open incision surgery and advanced laparoscopic procedures. The laparoscopic approach uses smaller incisions and specialized imaging, which can minimize damage to normal tissue and accelerate patient recovery.

• Decompression: Spreads vertebrae apart to increase space for nerve roots, decreasing irritation.
• Stability: Tightens surrounding ligaments to decrease segmental instability and mechanical pain.
• Positioning: Replaces the disc to hold vertebrae in the correct anatomical position until fusion.
• Versatility: 5.5/6.0 screw-rod system with mature implant technology.

This system is ideal for addressing serious spinal instability caused by:

• Degenerative spondylolisthesis (forward slip of vertebral body).
• Spinal fractures and breaks in the vertebral bones.
• Scoliosis (abnormal curvature of the spine).
• Kyphosis (progressive humpback disorder).
• Spinal tumors and cancerous growths.