Manufacturing method for dental implant assembly

Abstract

The invention provides a manufacturing method for a dental implant assembly. The manufacturing method comprises the following steps: step S1, acquiring the data of the oral cavity of a patient based on CBCT, establishing a digital jaw bone model of the patient according to the data of the oral cavity, then printing a solid jaw bone model by using 3D printing technology according to the digital jaw bone model, and carrying out designing according to the agomphiasis condition of the patient and the digital jaw bone model so as to obtain a digital implant model, a digital model for dental implant fixing devices and a surgical stent model for dental implants applicable to the patient; step S2, simulation a dental implant operation on the solid jaw bone model to correct the digital implant model, the digital model for dental implant fixing devices and the surgical stent model for dental implants so as to obtain correction results; and step S3, printing the implants and the dental implant fixing devices by using 3D printing technology according to the correction results, carrying out surface treatment on the implants and the dental implant fixing devices, and preparing a surgical stent for the dental implants according to the correction results. The manufacturing method provided by the invention is ingenious in design and good in practicality.

Description

technical field [0001] The present invention relates to the field of dental operation equipment, in particular to a manufacturing method of a dental implant assembly, which specifically includes a manufacturing method of a personalized implant, a dental implant fixture and a dental implant surgery guide plate. Background technique [0002] The traditional dental implant restoration method is to manufacture a series of implants with different diameters and different lengths, and then select a relatively suitable implant for surgical implantation according to the patient's jaw bone conditions. However, many patients' jaw conditions (such as bone height, width, density, etc.) are not very ideal, and it is often necessary to perform bone augmentation bone grafting in clinical operations, or even to adapt to the implant implantation by changing the surgical method. Patients bring huge surgical pain, but also increase medical expenses. [0003] On the other hand, the high technic...

AI Technical Summary

Problems solved by technology

However, many patients' jaw conditions (such as bone height, width, density, etc.) are not very ideal, and it is often necessary to perform bone augmentation bone grafting in clinical operations, or even to adapt to the implant implantation by changing the surgical method. Patients bring huge surgical pain, but also increase medical expenses

[0003] On the other hand, traditional surgical techniques are difficult, making many dentists unable to complete complex dental implant surgery, which limits the wide application of dental implant restoration technology

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