Implanting jawbone with dental implanting sites and digital processing method thereof

Abstract

The invention relates to the 3D printing method and the precise cutting technology, and discloses a digital processing method of an implanting jawbone. For an existing mainstream jawbone defect restoring method, the jawbone defect is restored, and meanwhile the method has the effect of directly improving the restoration of the chewing function of a patient; due to the implanting sites reserved onthe implanting jawbone, the implanting jawbone can be directly matched with implanting prosthesis, there is no need to restore the chewing function through a local false tooth treatment means after ajawbone operation, the treatment cycle is shortened, the troubles caused when the long-term oral cavity occlusion function is lost in the treatment course in the second time or multiple times of treatment of the patient are omitted, and the influences and operation risk on the rehabilitation of the newly-formed implanting jawbone are reduced; meanwhile, the implanting jawbone obtained through themethod can greatly improve the matching precision between the individualized jawbone and original left jawbone tissue, and the implanting jawbone can better meet the requirements in details; through design software, the jawbone structure diversity, mainly the internal forming structure diversity, is enhanced.

Description

technical field [0001] The invention relates to a 3D printing method and a precision cutting technology, in particular to a digital processing method for implanting jaws. Background technique [0002] The long-term success of implant dentures requires the evaluation of more than 50 dental indicators, many of which are unique to the field. The surgeon's proficiency and experience as well as the amount and density of bone available in the patient's edentulous area are undoubtedly the main factors predicting the success of the patient's implant. In the past, the amount of available bone played a decisive role in repair, so when the available bone is insufficient or even missing, it becomes particularly important to restore the shape of this part. Mandibular defects may be caused by tumors, infections, traffic accidents and other reasons, among which mandibular defects are the most common. The current mandibular defect repair mainly adopts autologous bone grafting and metal pr...

AI Technical Summary

Problems solved by technology

This method can better realize the restoration of the jaw, but the denture restoration is carried out after the ossification of the jaw is completed, and it is necessary to drill holes on the implanted jaw to create a dental implant site after the ossification of the jaw is completed. Therefore, it has the following defects: first, it increases the number of operations of the patient, delays the recovery time, and brings additional troubles and burdens to the patient; second, the newly formed implanted jaw is relatively fragile, and drilling will bring certain risks; It is not conducive to the growth and repair of bones; thirdly, the newly formed implanted jaw contains mesh metal materials, and conventional normal jaw drilling equipment is used for surgery, which requires high personnel operation

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