Interactive orthodontic care system based on intra-oral scanning of teeth

An orthodontic appliance manufacturing system, comprising:

• a machine readable memory storing digital data representing a three-dimensional virtual model of a malocclusion of a patient and digital information representing the location of orthodontic brackets to be placed on the malocclusion, said memory further storing digital data representing a three-dimensional virtual model of the patient's teeth and the patient's dentition and location of orthodontic brackets at a target situation in three dimensions;
• a wire bending robot;
• an instrument for generating a three-dimensional physical model of the malocclusion with the brackets placed on the malocclusion;
• and
• a forming device forming a bracket placement tray matching the geometry of the physical model of the malocclusion with the brackets;
• wherein the bracket placement tray is removed from the physical model for the placement of orthodontic brackets on the malocclusion, said tray formed with spaces for placement of brackets and enabling bonding of the brackets to the teeth at a desired location based on the virtual model of the dentition and the placement of orthodontic brackets on the malocclusion;
• wherein said memory further stores data obtained by scanning the dentition of the patient after the bracket bonding is complete, and wherein said memory stores instructions to verify the position of the brackets on the dentition.