Customized Spinal Implant

3D Printed Porous Cervical Artificial Vertebral Body Type IV

Cervical

The Type IV Cervical Artificial Vertebral Body represents the peak of personalized spinal engineering. Utilizing advanced 3D-printing technology, this implant is specifically designed to address complex cervical corpectomies. By combining a high-strength titanium frame with a specialized porous lattice, it provides a superior biological environment for permanent fusion while ensuring immediate structural integrity in the anterior cervical column.

Key Clinical Features

Advanced Biomimetic Scaffold: Features a 3D-printed porous architecture that mimics natural trabecular bone, maximizing the surface area for rapid osteointegration and vascularization.
Specialized Type IV Geometry: Designed with a refined footprint to optimize endplate contact and load distribution, specifically for the unique anatomical requirements of the mid-to-lower cervical spine.
Enhanced Load-Bearing Stability: Engineered to provide high fatigue strength while maintaining an elastic modulus that minimizes the risk of subsidence and stress shielding.
Superior Primary Fixation: The micro-textured endplates offer high-friction contact, providing immediate secure positioning and preventing implant migration during the initial healing phase.
Optimized Graft Containment: Includes large internal windows to facilitate maximum bone graft volume, ensuring a dense and continuous fusion column across the surgical site.

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