NGMedical launched its cervical BEE cage in Europe. The 3D-printed titanium device features an intelligent honeycomb endplate design to reduce the risk of subsidence while enhancing fusion. This honeycomb structure supports bony ingrowth and allows the reduced use of titanium minimizing risks of artefacts, while offering a large graft space.
“We are extremely proud of this next level innovation of our great team. BEE is another step in a line of innovations coming from NGMedical,” said Nino Weiland, Operations Manager and Head of R&D.
The BEE cage joins the company’s first product, the MOVE-C Cervical Disc, and precedes the last product in its line-up, the MOVE-P® Posterior Lumbar Motion Preserving System.
NGMedical launched its cervical BEE cage in Europe. The 3D-printed titanium device features an intelligent honeycomb endplate design to reduce the risk of subsidence while enhancing fusion. This honeycomb structure supports bony ingrowth and allows the reduced use of titanium minimizing risks of artefacts, while offering a large graft...
NGMedical launched its cervical BEE cage in Europe. The 3D-printed titanium device features an intelligent honeycomb endplate design to reduce the risk of subsidence while enhancing fusion. This honeycomb structure supports bony ingrowth and allows the reduced use of titanium minimizing risks of artefacts, while offering a large graft space.
“We are extremely proud of this next level innovation of our great team. BEE is another step in a line of innovations coming from NGMedical,” said Nino Weiland, Operations Manager and Head of R&D.
The BEE cage joins the company’s first product, the MOVE-C Cervical Disc, and precedes the last product in its line-up, the MOVE-P® Posterior Lumbar Motion Preserving System.
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