Current surgical navigation systems can suffer from inaccuracies due to anatomical shifts during procedures and imprecise registration of anatomical features, potentially leading to surgical errors. Existing systems may also require time-consuming manual steps and may not be compatible with robotic surgery platforms.

VISIE provides 3D computer vision and spatial computing solutions designed to enhance precision and efficiency in robotic and navigated orthopedic, neuro, and spine surgeries. Their optical scanners utilize safe white and infrared light to capture detailed anatomical data, enabling real-time tracking of anatomical shifts and precise surgical planning. The system facilitates "snap" registration in under one second, eliminating the need for tracking pins or arrays and reducing the steps in the surgical workflow. VISIE's technology aims to improve surgical accuracy, save time in the operating room, and preserve tissue during surgery by providing surgeons with enhanced visualization and actionable intelligence. The scanners can be used with or without CT imaging.

Non-invasive 3D optical scanners using safe white and infrared light

Rapid "snap" registration achieving >1M points in one second

Greater than 10X precision compared to industry standard navigation/robotic systems

Continuous Anatomic Auto Tracking (CAAT) to monitor and compensate for anatomical shifts during surgery

Custom GUI for scanner control and full customizability

Hand-held and mounted scanner embodiments

Compatibility with surgical robotic arms, enabling automated procedures

Can be used with or without CT imaging

The primary target audience includes orthopedic, neuro, and spine surgeons using robotic or navigated surgical systems, as well as hospitals and surgical centers seeking to improve surgical precision and efficiency.