Training method for simulating tooth plantation

Abstract

The invention provides a training method for simulating tooth plantation. The method includes the steps of acquiring CBCT data of jawbones, establishing a plantation model according to the CBCT data of jawbones, determining an area for plantation on a jawbone in the plantation model according to the established plantation model, determining a specific plantation position in the determined area for plantation, determining the planting position of a dental implant according to the specific plantation position, and simulating tooth plantation training. The training method is based on real patient cases, and is more close to real patients in from than a means by using a high-molecular simulation model and animal jawbone. The training method allows a trainee to be trained on a real case model.

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. There is no planning based on CBCT data before planting, and the final position of the implant can only be roughly estimated in kind, so the precise position of the implant cannot be quantitatively designed; 2. Polymer simulation The material and hardness of the mo...

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Problems solved by technology

[0003] However, there are still the following defects in the above-mentioned implant training: 1. There is no planning based on CBCT data before planting, and the final position of the implant can only be roughly estimated in kind, so the precise position of the implant cannot be quantitatively designed; 2. Polymer simulation The material and hardness of the model are quite different from the alveolar bone of the real patient, so it cannot give the trainer the most realistic feedback during training; 3. The hardness of the implanted wooden block can be close to that of the human bone, but the implanted mobile phone The debris during the

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