3-dimensional augmented reality scanner for customized medical immobilization devices

A system for 3D scanning and visualization for modelling an orthosis to a patient's limb, the system comprising:

• a) a scanning device including a LiDAR camera and a TrueDepth camera, the scanning device configured to capture detailed depth information from the limb;
• b) reality glasses configured to modify the appearance of the limb;
• c) a charging console comprised of a station designed to provide power and replenish a battery;
• d) a central processor including a software interface configured as a digital platform to process, analyze, and display data acquired by the scanning device, the central processor being in communication with the reality glasses, wherein the central processor includes an augmented reality environment in conjunction with artificial intelligence configured to provide real-time visual feedback, the visual feedback configured to predict limb deformation and suggest optimal positioning of the limb during a skeletal reduction procedure, the skeletal reduction procedure including at least one of setting a fracture of the limb and adjusting a bone of the limb, the visual feedback including visual aids within the augmented reality environment including initial and predicted X-ray images of the limb;
• and
• e) a handheld station supporting the scanning device, the handheld station configured to facilitate manipulation of the scanning device to acquire the data related to the limb.