Intellectual Property
Powering surgical applications of the future.
Intellectual Property
Powering surgical applications of the future.
Intellectual Property
Powering surgical applications of the future.
The Future of Surgical Procedures
OnPoint’s Intellectual Property includes a broad range of granted patents and patent applications for Augmented Reality guidance of spinal, neurosurgical, and other surgical procedures.
Augmented Reality Guidance for Spinal Procedures Using Stereoscopic Optical See-Through Head Mounted Displays with Cameras and 3D Scanners
Augmented Reality Guidance for Spinal Procedures Using Stereoscopic Optical See-Through Head Mounted Displays with Real Time Visualization of Tracked Instruments
Augmented Reality Guidance for Spinal Procedures Using Stereoscopic Optical See-Through Head Mounted Displays with Display of Virtual Surgical Guides
Augmented Reality Guidance for Spinal Procedures Using Stereoscopic Optical See-Through Head Mounted Displays and Tracking of Instruments and Devices
Augmented Reality Guidance for Spinal Surgery and Spinal Procedures Using Stereoscopic Optical See-Through Head Mounted Displays and Inertial Measurement Units
Augmented Reality Guidance for Spinal Procedures Using Stereoscopic Optical See-Through Head Mounted Displays and Surface Representations
Image-Guided Surgery with Surface Reconstruction and Augmented Reality Visualization
Systems for Augmented Reality Guidance for Pinning, Drilling, Reaming, Milling, Bone Cuts or Bone Resections Including Robotics
Augmented Reality System Configured for Coordinate Correction or Re-Registration Responsive to Spinal Movement for Spinal Procedures, Including Intraoperative Imaging, CT Scan or Robotics
Systems for Augmented Reality Visualization for Bone Cuts and Bone Resections Including Robotics
Augmented Reality Display Systems for Fitting, Sizing, Trialing and Balancing of Virtual Implant Components on the Physical Joint of the Patient
Augmented Reality Visualization for Guiding Physical Surgical Tools and Instruments Including Robotics
AR Guidance Systems for Superimposing Virtual Implant Components onto the Physical Joint of a Patient
