Immersive Vr Googles

Augmented reality surgical navigation technology that is transformative in nature, enables unparalleled precision by superimposing 2D or 3D images over the patient’s body.input:
output:Integrated targeting system and navigational viewsinput:
output:Precision instrument tracking with an accuracy of +/- 1mminput:
output:Real-time 3D reconstruction and segmentationinput:
output:Preoperative preparationinput:
output:Immersive viewing during surgeryinput:
output:2 minutes of setup time in the operating roominput:
output:”This is a transformative AR technology that offers the portability of a stethoscope, the precision of a robot, and the versatility of human-powered intelligence.” VisAR functions similarly to a surgical GPS, offering a roadmap to assist the surgeon. – Dr. Wendell Gibby, M.D.input:
output:Image obtained from VisAR in a sacral fractureVisAR cranial base surgeryinput:
output:Meningioma resection is illustrated in the VisAR image.input:
output:FDA-approvedinput:
output:Complete Technology StackPreoperative planning, virtual tools, augmentation tags, advanced AI-powered segmentation, and advanced securityEnterprise-wide

The augmented reality surgical system is compatible with all operating rooms in hospitals.input:
output:Precision in Surgery

Sub-millimeter registration accuracy is achieved through continuous registration and tracking that adapt to patient movement.Primary Characteristics

Continuous Automatic Registration During Surgeryinput:
output:During surgery, optical registration tags and trackers are employed to register images to a patient. Patented technology ensures continuous registration and sub-millimeter accuracy.input:
output:Integrated targeting system Streamlined workflows integrated into the applicationinput:
output:Pre-installed hardware

Off-the-shelf AR headset technology enables interoperability, deep security, and reduced costs.Voice User Interfaces and Automated Workflows