A planting bridge processing control method, system and storage medium

Abstract

The present invention provides a planting bridge processing control method, system and storage medium, specifically comprising: establishing a planting bridge processing database, pre-storing the models of multiple planting bridges and the cutting data of multiple planting bridges; obtaining the model of the target planting bridge , matching the cutting tool data corresponding to the model; controlling the CNC machine tool to cut the raw material embryo according to the matching cutting tool data, and forming the lower part of the alveolar bone connection of the target implant bridge on the raw raw material embryo; obtaining the patient's intraoral three-dimensional data; According to the three-dimensional data in the mouth, the raw material embryos are individually cut to form the upper part of the crown connection of the target implant bridge. There is a one-to-one corresponding model and cutting data stored in the planting bridge processing database. It only needs to determine the model of the target planting bridge to automatically generate the corresponding cutting data, which can simplify the personalized typesetting design process and make the teeth of the planting bridge The upper part of the crown connection and the lower part of the alveolar bone connection can be adapted to the mouth of the patient.

Description

technical field [0001] The present invention relates to the technical field of dental equipment preparation, and relates to a processing control method, system and storage medium for implant bridges, and in particular to a processing control method, system and storage medium for implant bridges capable of cutting according to differences in the oral environment of patients. Background technique [0002] Dental implant is a kind of edentulous restoration method based on the lower structure implanted in bone tissue to support and retain the upper tooth restoration. It can obtain dentures that are close to natural teeth in many aspects such as function, structure and aesthetic effect. The restoration effect is outstanding, so it has become the first choice for more and more patients with missing teeth. [0003] Dental implant restoration can be divided into two methods: single restoration and bridge restoration. When a patient has a single missing tooth, the single restoration ...

AI Technical Summary

Problems solved by technology

When preparing implant bridges according to the patient's specific oral environment, it is necessary to individually design the upper and lower parts, which is inefficient, and the preparation of the lower part is particularly difficult due to the need to consider the connection relationship with the alveolar bone

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