Integrate computer vision with MRI and cone beam computed tomography (CT) to identify microscopic deviations from norm; identify carious legions, early-stage gum disease, periodontitis and more.
Integrate computer vision with MRI and cone beam computed tomography (CT) to identify microscopic deviations from norm; identify carious legions, early-stage gum disease, periodontitis and more.
Integrate 3D scans, augmented reality (AR) and virtual reality (VR) systems to create interactive training environments for students, hygienists, and medical technicians.
Automate processes associated with record-keeping, appointment, and insurance. Provide patient with appointment reminders, and smart notifications for clinicians.
Use predictive analytics to forecast staffing needs, forecast medical inventory, plan and anticipate facility occupancies and anticipate problems to prevent inefficiency.
Apply voice recognition and IoT to assist clinician in minor tasks, including data-retrieval, chair adjustment and instrument activation by voice command.
Provide ML-assisted design for inlays, onlays, crowns and bridges and replace conventional casting methods. Automatically customize prosthesis based on accurate facial measurements and patient preferences.
