• Designed in accordance with vertebral anatomical structures, the arcuate concave surfaces of the superior and inferior endplates achieve tight fitting, which restores intervertebral space height, increases the contact area with intervertebral discs, and reduces the incidence of subsidence.
• The concave-convex design of the superior and inferior endplates facilitates better embedding of intervertebral discs, enabling immediate self-stabilization post-implantation to prevent displacement and protrusion.
• The cylindrical and centrally adjustable design of the implant allows for convenient intraoperative implantation, shortening surgical duration and minimizing damage to surrounding soft tissues.
• The hollow cylindrical body features a large bone graft volume and lateral circular holes, which simultaneously increase the bone graft contact area and shorten the bone fusion period.
• Available in multiple specifications, the implant adapts to the spinal physiological curvature and vertebral height of different patients, ensuring optimal spinal physiological stability and load-bearing capacity.
