Taiwan Main Orthopaedic Biotechnology/Surglasses achieved a milestone with the completion of the first augmented reality (AR) surgery in the United States using its Caduceus S AR Spine Navigation System.
Caduceus S requires minimal C-arm images to equip surgeons with augmented reality (AR) and pre-surgical planning with trajectories for spine surgery.
Caduceus S is designed to allow surgeons to superimpose 3D spinal anatomy on a patient during surgical procedures. It is equipped with multiple trackers and displays preoperatively planned trajectories via a 3D AR head-mounted display.
Taiwan Main Orthopaedic Biotechnology/Surglasses achieved a milestone with the completion of the first augmented reality (AR) surgery in the United States using its Caduceus S AR Spine Navigation System.
Caduceus S requires minimal C-arm images to equip surgeons with augmented reality (AR) and pre-surgical planning with trajectories for spine...
Taiwan Main Orthopaedic Biotechnology/Surglasses achieved a milestone with the completion of the first augmented reality (AR) surgery in the United States using its Caduceus S AR Spine Navigation System.
Caduceus S requires minimal C-arm images to equip surgeons with augmented reality (AR) and pre-surgical planning with trajectories for spine surgery.
Caduceus S is designed to allow surgeons to superimpose 3D spinal anatomy on a patient during surgical procedures. It is equipped with multiple trackers and displays preoperatively planned trajectories via a 3D AR head-mounted display.
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