3D-printed spinal fusion Global BMD Titanium Implants®

Product catalog summary

Overview: Global Biomedica specializes in manufacturing spinal interbody fusion cages, collaborating with spinal medicine experts to develop innovative spinal titanium implants. These implants are designed for interbody fusion using biocompatible titanium (Ti64ELI).

Specifications: The implants feature an internal and surface grid structure with a pore size of 700µm, reinforced edges for stability, and bioactivity. This design enhances bone formation at contact surfaces, reducing the risk of non-union (pseudoarthrosis).

Design Features: The implant's protruding structure ensures stability against migration and promotes osteointegration, accelerating fusion. The implants offer excellent imaging properties, providing clear intra- and post-operative projections without interference, enhancing contouring and contact evaluation.

Imaging Technology: High radiographic visibility ensures clear X-ray images, aiding in surgical precision and post-operative assessments.

Legal and Distribution Information: The document is protected by copyright and intended for healthcare professionals and authorized representatives. Redistribution is prohibited without consent. For detailed product information, refer to the package insert and the company's website.

Catalog excerpts

3D-printed spinal fusion Global BMD Titanium Implants®-1

3D-printed spinal fusion Global BMD Titanium Implants® Global Biomedica manufactures spinal interbody fusion cages designed in cooperation with leading specialists in spinal medicine. We use the latest innovative technologies to create a line of spinal titanium implants.

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3D-printed spinal fusion Global BMD Titanium Implants®-2

Global Biomedica offers spinal surgery implants with excellent biocompatibility and bioactivity. We use the latest innovative technologies to create a line of spinal BMD Titanium Implant ®. These are implants for interbody fusion of biocompatible titanium (Ti64ELI). Internal and surface grid structure with optimum pore size of 700µm (Cube vertex centroid - lattice) with reinforced edges ensures not only high stability and resistance to deformation of the implant, or immersion in the vertebral body, but also bioactivity. Potentiates the formation of bone in the area of contact surfaces and thus...

Open the catalog to page 2

3D-printed spinal fusion Global BMD Titanium Implants®

3D-printed spinal fusion Global BMD Titanium Implants®

Catalog excerpts

All Global Biomedica catalogs and technical brochures