Customized Spinal Implant

3D Printed Porous Cervical Artificial Vertebral Body Type III

Cervical

The Type III Cervical Artificial Vertebral Body represents the pinnacle of 3D-printed spinal implants. Engineered specifically for multi-level corpectomy and high-demand cervical stabilization, this device combines a high-strength titanium frame with a biomimetic porous core to ensure both immediate load-bearing capacity and permanent biological fusion.

Key Clinical Features

Hyper-Porous Bone Interface: Utilizing advanced additive manufacturing, the implant features an interconnected microporous scaffold that accelerates osteoconduction, allowing bone to weave directly through the implant.
Load-Sharing Geometry: The Type III architecture is specifically tuned to distribute physiological loads evenly across the vertebral endplates, significantly reducing the risk of localized stress concentrations and subsidence.
Dual-Window Graft Optimization: Features large, strategic internal openings designed to maximize the volume of bone graft material, promoting the formation of a solid, unified fusion column.
Precision Anatomical Fit: Available in various heights and lordotic configurations to ensure a custom-like fit for the anterior cervical column, restoring natural alignment and stability.
Superior Primary Grip: The macro-textured surface provides an immediate "bite" into the endplates, ensuring the implant remains stable even before the biological fusion process begins.

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