Customized Spinal Implant

3D Printed Porous Cervical Artificial Vertebral Body Type I

Cervical

The Type I Cervical Artificial Vertebral Body is a breakthrough in anterior cervical reconstruction. Specifically engineered for the delicate cervical spine, this 3D-printed titanium implant provides immediate structural support while functioning as an active biological scaffold. It is the definitive solution for surgeons performing complex corpectomies where restoration of height and neural decompression are critical.

Key Clinical Features

Anatomically Contoured Design: The Type I footprint is specifically shaped to fit the cervical endplates, ensuring maximum surface contact and reducing the risk of point-loading.
Osteoconductive Lattice Structure: Features a highly porous 3D-printed titanium mesh that facilitates rapid bone-in-growth and vascularization, leading to a permanent biological fusion.
Anti-Subsidence Technology: Engineered with an optimized modulus of elasticity to mimic natural bone behavior, significantly lowering the risk of the implant sinking into the vertebral bodies.
Integrated Stabilization Surface: The micro-textured top and bottom surfaces provide immediate high-friction stability, locking the implant into place to prevent migration.
Enhanced Visualization: The sophisticated lattice design allows for excellent radiographic assessment of the fusion process under CT and X-ray with minimal artifact interference

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