Customized Spinal Implant

3D Printed Self-Stabilizing Cervical Interbody Fusion Cage

Cervical

The 3D Printed Self-Stabilizing Cervical Cage combines the biological benefits of a porous titanium scaffold with the mechanical security of integrated screw fixation. This "zero-profile" design is engineered to restore disc height and provide immediate primary stability in a single, efficient step, minimizing tissue disruption and reducing the risk of post-operative dysphagia associated with traditional anterior plating.

Key Clinical Features

Integrated Screw Fixation: Features built-in, divergent bone screws that lock the cage directly into the vertebral bodies, providing immediate "self-stabilizing" security.
Zero-Profile Design: By eliminating the need for an external anterior plate, this system reduces the overall implant footprint and minimizes interference with pre-vertebral soft tissues.
3D-Printed Porous Scaffold: The biomimetic titanium lattice is engineered to mimic cancellous bone, promoting rapid osteointegration and full-thickness vascularization.
Anatomical Lead-In: Designed with a tapered profile for smooth insertion into the cervical interbody space, protecting the vertebral endplates during placement.
Optimized Sagittal Balance: Available in various lordotic angles to help surgeons restore natural cervical curvature and maintain long-term anatomical alignment.

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