Customized Spinal Implant

3D Printed Porous Cervical Artificial Vertebral Body Type II

Cervical

Our Type II Cervical Artificial Vertebral Body is a masterclass in additive manufacturing, designed to restore the structural integrity of the cervical spine. This 3D-printed titanium scaffold provides a perfect balance of immediate mechanical support and long-term biological integration, specifically optimized for the delicate anatomy of the neck.

Key Clinical Features

Micro-Porous Titanium Architecture: The 3D-printed lattice is engineered with an interconnected pore structure that promotes rapid osteointegration and vascularization, effectively turning the implant into a part of the patient's living bone.
Reduced Modulus of Elasticity: By mimicking the biomechanical properties of natural cervical bone, the Type II body minimizes the risk of endplate subsidence and maximizes long-term stability.
Anatomical Conformance: The footprint and curvature are specifically designed to match cervical vertebral anatomy, ensuring maximum contact area and uniform load distribution.
High-Friction Interface: The specialized surface texture provides exceptional primary stability, preventing micro-migration and ensuring secure positioning during the critical early healing phase.
Optimized Imaging: The advanced mesh design reduces "scatter" in post-operative CT and MRI scans, allowing surgeons to clearly monitor the fusion process and neural decompression

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