Digital manufacturing method based on Loactor planting base

Abstract

The invention provides a digital manufacturing method based on a Loactor planting base. The method comprises the steps that a planting work model of the oral cavity of a patient is obtained, scanningis conducted through a dental scanner, remaining tooth information, gum information, jaw tooth information and upper and lower tooth occlusion relation information of the oral cavity of the patient are determined, and scanning rod information of the dental scanner is determined; the remaining tooth information, the gum information, the jaw tooth information, the upper and lower tooth occlusion relation information and the scanning rod information are imported into computer-aided design software with Locator data, and complete design parameters of the Locator planting base are obtained; and thecomplete design parameters are imported into a machine tool, the machine tool is combined with the complete design parameters to conduct cutting machining on a pre-formed planting titanium column pre-configured on the machine tool, and the Locator planting base is obtained.

Description

technical field [0001] The invention relates to the technical field of dental implantation, in particular to a digital manufacturing method based on a Loactor implant abutment. Background technique [0002] At present, in clinical dental implants, implant manufacturers provide finished Loactor implant abutments, which are mainly suitable for relatively parallel angles between implants, the relative angle is within 30 degrees, and there is a certain height range between the gingival cuff and the implant platform. The position of the abutment should not deviate too much from the position of the tooth itself, as standard finished Loactor abutments are often not available in clinical cases. Therefore, it is necessary to design a personalized finished Loactor abutment, which can be adaptively designed according to the actual implant position and gingival height of the patient, so as to meet the actual clinical needs. Contents of the invention [0003] The present invention pro...

AI Technical Summary

Problems solved by technology

[0003] The present invention provides a digital manufacturing method based on the Loactor implant abutment, which is used to solve the displacement deviation of the finished Loactor implant abutment in clinical cases due to the height of the gingival cuff from the implant platform and the combination of the finished Loactor implant abutment and the implant. and other situations that do not conform to the actual distribution of oral cavity in clinical patients

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