Orthodontic teaching and training simulation tooth socket

Abstract

The invention discloses an orthodontic teaching and training simulation tooth socket. The orthodontic teaching and training simulation tooth socket adopts a soft material and a hard material: the inner layer adopts a silicon rubber material which has favorable flexible plasticity, and the outer layer adopts a PET resin which has favorable hardness and strength and has smoothness similar to human teeth; each student participating in operation training selects a proper small / medium / large simulation tooth socket according to size of the own oral cavity; when a student lies on a dental treatment chair, the other students can carry out orthodontic operations such as bonding an orthodontic bracket, adjusting a steel wire and placing an elastomeric ring in the oral cavity of the student; the orthodontic teaching and training simulation tooth socket is economic and convenient, and the silicon rubber and the PET resin are not high in cost, so that the manufacturing cost is low and the manufacturing process is convenient.

Description

technical field [0001] The invention belongs to the technical field of orthodontics, in particular to a simulated brace for orthodontic teaching and training. Background technique [0002] At present, the existing orthodontic operation training molds on the market include tooth molds and imitation head molds. Tooth mold design is simple, unable to simulate the real clinical patient position, operation angle and difficulty, and unable to simulate the influence of soft tissues such as lips, cheeks and tongue on the operation. Although the angle and position of the model can be adjusted by the artificial head model, it can only simulate the body position and angle as close as possible to the clinical reality. Although some artificial head models can simulate the tissue around the mouth by adding silicone rubber lips and cheeks, they lack the simulated tongue. Body, and the price of the imitation head model is expensive. Contents of the invention [0003] Purpose of the inve...

AI Technical Summary

Problems solved by technology

Tooth mold design is simple, unable to simulate the real clinical patient position, operation angle and difficulty, and unable to simulate the influence of soft tissues such as lips, cheeks and tongue on the operation

Although the angle and position of the model can be adjusted by the artificial head model, it can only simulate the body position and angle as close as possible to the clinical reality. Although some artificial head models can simulate the tissue around the mouth by adding silicone rubber lips and cheeks, they lack the simulated tongue. body, and the price of the imitation head model is expensive

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