Customized Spinal Implant

Metal 3D Printed Spinal Fusion Cage

Customized Devices

The Metal 3D Printed Spinal Fusion Cage represents the pinnacle of additive manufacturing in orthopedics. By utilizing a sophisticated titanium lattice, this cage offers a unique combination of high structural load-bearing capacity and a biomimetic environment that actively promotes bone ingrowth. It is the definitive choice for surgeons seeking to optimize lumbar fusion through advanced material science.

Key Clinical Features

Tridimensional Porous Scaffold: The 3D-printed metal matrix mimics the architecture of cancellous bone, providing an osteoconductive pathway for rapid bone infiltration and vascularization throughout the implant.
Mechanical Integrity & Load Sharing: Engineered with a modulus of elasticity that approximates natural bone, the cage minimizes stress-shielding and reduces the risk of subsidence into the vertebral endplates.
Large Central Fusion Column: Designed with a spacious internal chamber to accommodate high volumes of bone graft or bone substitutes, ensuring a robust and continuous fusion mass.
Enhanced Primary Stability: The micro-textured titanium surface provides an immediate high-friction interface with the endplates, securing the implant against micro-motion and migration from day one.
Streamlined Anatomical Geometry: Features a contoured footprint and a tapered leading edge for effortless insertion, protecting the delicate neural structures and endplate integrity during the procedure.

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