Customized Spinal Implant

3D Printed Anterior Cervical Interbody Fusion Cage

Cervical

The 3D Printed ACIF Cage is a high-performance implant specifically designed for the delicate requirements of the cervical spine. By utilizing advanced Additive Manufacturing, this cage provides an optimal balance of structural strength and biological porosity, ensuring immediate stability and rapid fusion in the anterior cervical column.

Key Clinical Features

Biomimetic Porous Scaffold: The 3D-printed titanium lattice mimics the architecture of cancellous bone, providing an osteoconductive environment that encourages rapid bone-in-growth across the disc space.
Optimal Elastic Modulus: Engineered to minimize the stiffness mismatch between the implant and natural bone, significantly reducing the risk of subsidence and preserving cervical height.
Enhanced Surface Friction: The micro-textured surface provides exceptional primary stability, preventing implant migration while the biological fusion process takes place.
Maximized Graft Windows: Designed with a spacious central aperture to allow for high volumes of bone graft, facilitating a solid, continuous fusion column.
Anatomic Contouring: The curved profile and tapered leading edge allow for easy insertion and a precise fit within the cervical interbody space, protecting the sensitive neural structures.

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