Tyber Medical received FDA 510(k) clearance to market the NiTy+ One-Shotâ„¢ Staple Fixation System. NiTy+ One-Shot is described as the first instrument of its kind in the bone fixation device market to feature a single-pass insertion instrument. NiTy+ One-Shot is suitable in the case of fracture, osteotomy fixation and joint arthrodesis.
NiTy+ One-Shot combines pre-loaded staples and a tamping mechanism into a single insertion tool, eliminating the need for a second instrument to fully seat bone fixation staples. The tool can also reattach to the staple, allowing enhanced positioning control.
NiTy+ One-Shot comprises sterile, single-use orthopedic implants and fully disposable instruments, removing the need for facility reprocessing. The compression staples are constructed from Nitinol and are available in two- or four-legged designs with multiple combinations of bridge widths, leg lengths and cross sections to accommodate various anatomies and pathologies. The disposable inserter supplies opposing forces to the staple legs to keep them parallel during implantation.
Tyber Medical received FDA 510(k) clearance to market the NiTy+ One-Shotâ„¢ Staple Fixation System. NiTy+ One-Shot is described as the first instrument of its kind in the bone fixation device market to feature a single-pass insertion instrument. NiTy+ One-Shot is suitable in the case of fracture, osteotomy fixation and joint arthrodesis.
NiTy+...
Tyber Medical received FDA 510(k) clearance to market the NiTy+ One-Shotâ„¢ Staple Fixation System. NiTy+ One-Shot is described as the first instrument of its kind in the bone fixation device market to feature a single-pass insertion instrument. NiTy+ One-Shot is suitable in the case of fracture, osteotomy fixation and joint arthrodesis.
NiTy+ One-Shot combines pre-loaded staples and a tamping mechanism into a single insertion tool, eliminating the need for a second instrument to fully seat bone fixation staples. The tool can also reattach to the staple, allowing enhanced positioning control.
NiTy+ One-Shot comprises sterile, single-use orthopedic implants and fully disposable instruments, removing the need for facility reprocessing. The compression staples are constructed from Nitinol and are available in two- or four-legged designs with multiple combinations of bridge widths, leg lengths and cross sections to accommodate various anatomies and pathologies. The disposable inserter supplies opposing forces to the staple legs to keep them parallel during implantation.
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