Integrated with Medtronic StealthStation navigation, SyncAR Spine incorporates AI-driven vertebra segmentation, advanced decompression planning, and segmental fusion to keep preoperative models aligned with intraoperative CT scans. Surgeons can track bone removal in real time with voxel-level drill tracking and bring MRI data and pathology into the OR for the first time, according to Surgical Theater.
Surgical Theater will premiere this updated platform at two major upcoming events: the Congress of Neurological Surgeons (CNS) Annual Meeting and the North American Spine Society (NASS) Annual Meeting.
Alon Zuckerman, President at Surgical Theater, noted, “SyncAR Spine represents the next step in that journey, bringing surgeons deeper insight, stronger alignment between plan and execution, and the unprecedented ability to carry MRI into the OR in real time. This is a transformational leap in spine surgery.”
Integrated with Medtronic StealthStation navigation, SyncAR Spine incorporates AI-driven vertebra segmentation, advanced decompression planning, and segmental fusion to keep preoperative models aligned with intraoperative CT scans. Surgeons can track bone removal in real time with voxel-level drill tracking and bring MRI data and pathology into the OR for the first time, according to Surgical Theater.
Surgical Theater will premiere this updated platform at two major upcoming events: the Congress of Neurological Surgeons (CNS) Annual Meeting and the North American Spine Society (NASS) Annual Meeting.
Alon Zuckerman, President at Surgical Theater, noted, “SyncAR Spine represents the next step in that journey, bringing surgeons deeper insight, stronger alignment between plan and execution, and the unprecedented ability to carry MRI into the OR in real time. This is a transformational leap in spine surgery.”
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