The Titanium Mesh Cage System is designed based on the principle of distraction-compression stabilization. After implantation, distraction force places tension on surrounding muscles and longitudinal ligaments, enabling the cage to resist rotation and shearing while effectively transmitting axial loads.
This provides immediate and early segmental stability, creating a favorable biomechanical environment for interbody fusion and achieving long-term osseointegration.
Acting as an anatomical scaffold, the cage helps reconstruct the anterior spinal column, restore vertebral body height, maintain physiological curvature, and enlarge the intervertebral foramen, relieving pressure on the nerve roots.
● Provides immediate postoperative stability, maintains disc height, and restores sagittal alignment.
● Mesh cylinder structure allows for bone graft packing to facilitate interbody fusion.
● Can be cut to length intraoperatively, offering flexible, convenient application.
● Available in multiple diameters, suitable for use in the cervical, thoracic, and lumbar spine.
● Ideal for vertebral body reconstruction following total or subtotal corpectomy.
● Made of pure titanium, featuring excellent biocompatibility and artifact-free imaging on X-ray and MRI.
● Compatible with end caps, which have serrated surfaces to prevent migration and are available in various angles to match endplate anatomy and distribute load evenly, reducing the risk of subsidence.
● Hollow mesh design enables thorough bone graft packing and promotes robust fusion.
● Wide range of sizes and customizable length, meeting diverse surgical needs.
● Excellent biocompatibility with proven clinical outcomes.
● End cap interface provides strong endplate contact, anti-slip serration, and subsidence prevention.
