VBN Components has carried out initial in-vitro biocompatibility tests on its 3D-printed metal material Vibenite 350 at the AM4life competence center. The initial results show that bone-like cells can both grow and multiply on the material. These findings lay the foundation for further investigations into the biocompatibility of the material.
Vibenite 350 is characterized by its high wear and corrosion resistance, which makes it particularly suitable for implants where high wear resistance is required, such as human joints. The material is cobalt-free and offers a potential alternative to conventional materials, which often do not have the same wear resistance. In addition, additive manufacturing with Vibenite 350 enables the production of complex structures that can optimize bone growth.
“We are extremely happy of these results and the good cooperation in the AM4life competence centre. When different research fields meet, the greatest results are achieved. But everything relies on good cooperations and the world class science we have in this centre”, says Ulrik Beste, CTO of VBN Components AB.
The AM4Life competence center will continue its research into Vibenite 350 by conducting further biological and tribological tests. These investigations are crucial in order to fully assess the material’s suitability for medical use and to further develop potential applications in implant technology.
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