Training method for simulating tooth implantation

Abstract

The invention provides a training method for simulating tooth implantation. The training method comprises the following steps: S1, acquiring original implant data representing different tooth positions and different bone conditions; S2, acquiring CBCT (Cone Beam Computerized Tomography) data corresponding the original implant data, performing modeling according to the CBCT data, and generating STL (Standard Template Library) data of alveolar bones and teeth; S3, importing neural tube or maxillary sinus or nasal base structure data into the STL data of alveolar bones and teeth; S4, printing a physical model of alveolar bones and teeth according to the STL data imported with the neural tube data in step S3; and S5, performing simulated tooth implantation training using the printed physical model of alveolar bones and teeth. The training method for simulating tooth implantation based on real patient cases is morphologically closer to real patients relative to a high molecular simulation model and animal jaws, so that trainees can be trained on models of real cases.

Description

technical field [0001] The invention relates to the technical field of dental implantation, in particular to a training method for simulating dental implantation. Background technique [0002] The improvement of dental implant technology mainly relies on the accumulation of surgical experience and related simulation training. The existing dental implant simulation training mainly includes: 1. Training on a standardized simulation training model made of polymer materials; (Hardness simulates first-class bone, second-class bone, third-class bone, etc.) for implant training; 3. Perform implant training on animal jaws. [0003] However, there are still the following defects in the above-mentioned implant training: 1. The polymer simulation model is quite different from the alveolar bone of the real patient in terms of material, hardness, etc., and cannot give the most realistic feedback to the trainer during the training; 2. .The hardness of planting blocks can be close to that...

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Problems solved by technology

[0003] However, there are still the following defects in the above-mentioned implant training: 1. The polymer simulation model is quite different from the alveolar bone of the real patient in terms of material, hardness, etc., and cannot give the most realistic feedback to the trainer during the training; 2. .The hardness of planting blocks can be close to that of human bone, but there is a big difference between the debris during the drilling process of planting mobile phones and the real alveolar bone, and the shape of planting blocks is cuboid, which cannot be simulated in appearance Jaws; 3. Although the animal jaws are similar to the patient's jaws in material, due to the huge difference in physiological structure, it is impossible to give real feedback to the trainer in terms of simulation

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