Precision prevents errors, reduces operating room times, and improves the patient’s experience and outcome. VisAR from Novarad® is an FDA-cleared augmented reality surgical navigation system that increases surgical accuracy and confidence. Like a surgical GPS, VisAR enables physicians to find and reach their target destination more quickly - without the expense, footprint, and setup time of conventional navigation systems and robots.
Colorize target organs or annotate pathology to create semitransparent holograms of
targeted anatomy. This allows for precise planning and execution of the procedure,
even around difficult anatomy.
Place virtual incisions on the holographic images for precise surgery thus reducing time
under anesthesia and healing.
Navigate with knowledge. Mark virtual surgical guide entrance point, trajectory, and
location for endoscope or needle placement; extract a foreign body; or place a pedicle
screw. Procedures can be done both under open surgery and percutaneously.
Predecessor technology (OpenSight®) was the first AR surgical system to receive FDA
clearance
Advanced 2D/3D/4D rendering without tethering
AI-enhanced advanced 3D image segmentation
Patented or patent-pending innovations, including:
Optical Tag Registration
Surface Shell Registration
Virtual tools for incision, markers, needles, trocars, and more
Viewing AR images in a 3D volume over patient
Optical encoding of login, password, and image retrieval
Virtual Annotations
Anatomic labeling, pathologic markup
Dynamic virtual targeting system for tracking lesions and trocar placement
Enterprise Imaging, HIPAA logging, LDAP logins, data encryption, auto-routing
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