SurGenTec was granted FDA 510(k) clearance to market ION-C navigation instruments for use with the ION-C posterior cervical facet fixation implant. The system is engineered for compatibility with Medtronic’s StealthStation navigation platform, enabling enhanced precision during posterior cervical fusion procedures.
Designed to support enhanced procedural accuracy and engineered for compatibility with navigation, ION-C navigation instruments are intended to assist surgeons in precisely locating anatomical structures — specifically the cervical facet joint — during open or minimally invasive spinal procedures to support implant placement and surgical workflow efficiency.
ION-C was engineered with a zero-profile implant design and controlled drill-to-implant geometry to support controlled, non-impact placement and implant depth accuracy. The system was developed to help maintain the facet joint in a neutral position while reducing the risk of unintended joint expansion during insertion, supporting controlled posterior cervical fixation while helping preserve native cervical alignment.
SurGenTec was granted FDA 510(k) clearance to market ION-C navigation instruments for use with the ION-C posterior cervical facet fixation implant. The system is engineered for compatibility with Medtronic’s StealthStation navigation platform, enabling enhanced precision during posterior cervical fusion procedures.
Designed to support...
SurGenTec was granted FDA 510(k) clearance to market ION-C navigation instruments for use with the ION-C posterior cervical facet fixation implant. The system is engineered for compatibility with Medtronic’s StealthStation navigation platform, enabling enhanced precision during posterior cervical fusion procedures.
Designed to support enhanced procedural accuracy and engineered for compatibility with navigation, ION-C navigation instruments are intended to assist surgeons in precisely locating anatomical structures — specifically the cervical facet joint — during open or minimally invasive spinal procedures to support implant placement and surgical workflow efficiency.
ION-C was engineered with a zero-profile implant design and controlled drill-to-implant geometry to support controlled, non-impact placement and implant depth accuracy. The system was developed to help maintain the facet joint in a neutral position while reducing the risk of unintended joint expansion during insertion, supporting controlled posterior cervical fixation while helping preserve native cervical alignment.
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