| 摘要 |
According to the present invention, provided is a tooth movement method using a 3D printer, which comprises the steps of: scanning oral cavity of a patient by using an intra-oral scanner; correcting, by a dental terminal, data by using the scanned oral data; transmitting the corrected oral data of the patient to a 3D printer by a server, and creating and outputting an orthodontic model by the 3D printer; vacuum-pressing a transparent synthetic resin plate onto the orthodontic model created through a vacuum molder in order to generate a transparent-dental brace; coating, with a transparent silicon, a part where the transparent-dental brace is in contact with gums and teeth; receiving, by a coater, information on the age, gums condition, or decayed tooth of the patient through a communication unit from the server; coating, by the coater, the transparent-dental brace with a hexamedine solution when the patient has a gum disease; and coating, by the coater, the transparent-dental brace with a fluorine solution when the patient has a decayed tooth. According to an embodiment of the present invention, provided are a tooth movement system using a 3D printer which prevents the decayed tooth by coating the inside of the synthetic plate with fluorine, and prevents the gum disease by coating the inside of the synthetic plate with hexamedine, and a method thereof. |
