Customized Spinal Implant

3D Printed Posterior Lumbar Interbody Fusion Cage

Thoracolumbar

Our 3D-Printed Posterior Cage is designed for high-performance outcomes in PLIF and TLIF procedures. Built using advanced additive manufacturing, this system combines a high-friction biomimetic surface with an optimized anatomical shape, providing surgeons with a reliable solution for restoring disc height and achieving rapid, solid biological fusion.

Key Clinical Features

Biomimetic Lattice Structure: The 3D-printed titanium scaffold features interconnected porosity designed to mimic cancellous bone, promoting early cellular attachment and accelerated osteointegration.
Anatomic Contoured Design: The biconvex, "bullet-nose" geometry facilitates easy, atraumatic insertion even in tight disc spaces, while ensuring maximum contact with the vertebral endplates.
Superior Primary Stability: A micro-textured surface provides immediate high-friction stability (scratch-fit), effectively minimizing the risk of cage migration or expulsion.
Maximized Graft Chamber: Optimized internal windows allow for high-volume bone graft containment, supporting the development of a strong, centralized fusion column.
Reduced Stress Shielding: The specialized lattice design is engineered to share physiological loads more effectively, reducing the risk of endplate subsidence compared to traditional solid metal implants.

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