Customized Spinal Implant

3D Printed Tantalum Metal Cervical Interbody Fusion Cage

Cervical

The 3D Printed Tantalum Metal Cervical Cage represents the elite tier of interbody technology. Tantalum is widely regarded as one of the most bioactive metals in orthopedics, offering a unique combination of high friction, low stiffness, and exceptional bone ingrowth potential. This 3D-printed scaffold provides a superior biological environment that actively mimics the mechanical properties of human bone.

Key Clinical Features

Superior Tantalum Bio-Activity: Tantalum naturally promotes faster and more robust osteoblast attachment compared to traditional metals, leading to high-integrity biological fusion.
Bone-Mimicking Modulus: The elastic modulus of 3D-printed Tantalum is closer to cancellous bone than titanium, significantly reducing the risk of subsidence and stress shielding.
High-Friction Trabecular Surface: The inherently high coefficient of friction of Tantalum, combined with a 3D-printed lattice, ensures unmatched primary stability and prevents cage migration.
Advanced Porous Scaffold: The interconnected porous network is engineered for maximum vascularization and through-growth, ensuring the implant becomes a permanent part of the vertebral column.
Excellent Radiographic Visualization: Despite its density, the specialized 3D-printed thin-strut architecture allows for clear post-operative assessment of the fusion bridge on X-ray and CT.

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