Vy Spine received FDA 510(k) clearance to market the VyBrate VBR System, which is designed for use in both the cervical and thoracolumbar spine for vertebral body replacement.
The VyBrate VBR combines the osseointegration properties of the OXPEKK material and the novel OsteoVy lattice structure unique to Vy Spine. Additionally, VyBrate VBR is reportedly the first vertebral body replacement on the market made using OsteoVy PEKK, developed in partnership with Oxford Performance Materials.
Vy Spine’s proprietary OsteoVy lattice structure aids in bony integration as well as wicking –because PEKK is a hydrophilic material – to provide greater benefit as an interbody implant.
“This VyBrate VBR clearance is the latest in a long line of approvals for Vy Spine implants which utilize the unique qualities of our proprietary OsteoVy PEKK designs,” said Bret Berry, President of Product Development at Vy Spine. “As we continue to research OXPEKK and its unique characteristics, we have demonstrated that this unique composition accomplishes what we as an industry had always hoped PEEK would accomplish, but PEEK fell short. We are very excited about the OXPEKK material and our continued partnership with Oxford Performance Materials.”
Vy Spine received FDA 510(k) clearance to market the VyBrate VBR System, which is designed for use in both the cervical and thoracolumbar spine for vertebral body replacement.
The VyBrate VBR combines the osseointegration properties of the OXPEKK material and the novel OsteoVy lattice structure unique to Vy Spine. Additionally, VyBrate VBR is...
Vy Spine received FDA 510(k) clearance to market the VyBrate VBR System, which is designed for use in both the cervical and thoracolumbar spine for vertebral body replacement.
The VyBrate VBR combines the osseointegration properties of the OXPEKK material and the novel OsteoVy lattice structure unique to Vy Spine. Additionally, VyBrate VBR is reportedly the first vertebral body replacement on the market made using OsteoVy PEKK, developed in partnership with Oxford Performance Materials.
Vy Spine’s proprietary OsteoVy lattice structure aids in bony integration as well as wicking –because PEKK is a hydrophilic material – to provide greater benefit as an interbody implant.
“This VyBrate VBR clearance is the latest in a long line of approvals for Vy Spine implants which utilize the unique qualities of our proprietary OsteoVy PEKK designs,” said Bret Berry, President of Product Development at Vy Spine. “As we continue to research OXPEKK and its unique characteristics, we have demonstrated that this unique composition accomplishes what we as an industry had always hoped PEEK would accomplish, but PEEK fell short. We are very excited about the OXPEKK material and our continued partnership with Oxford Performance Materials.”
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