Membrane stripping device, membrane stripping method and one-stop tooth socket production system

Abstract

The invention discloses a membrane stripping device which comprises a control device, an automatic transfer device, a transmission tray arranged at the free end of the automatic transfer device and amembrane stripping module. The membrane stripping module is provided with a membrane prying part which is provided with a membrane prying end, the transmission tray can be loaded with a dental model with a tooth socket to be subjected to membrane stripping, the control device controls the automatic transfer device to move to enable the open end of the tooth socket loaded on the automatic transferdevice to make contact with the membrane prying end, the control device controls the automatic transfer device and the membrane prying part to move relatively to produce membrane prying force to pry the tooth socket from the dental model, and automatic stripping of the tooth socket from the dental model is achieved. The invention further discloses an automatic membrane stripping method adopting the membrane stripping device and a one-stop tooth socket production system with the membrane stripping device. The membrane stripping device and the membrane stripping method achieve automatic membranestripping in tooth socket production, and the one-stop tooth socket production system achieves integrated layout of tooth socket production and lays a foundation to chair side manufacturing and immediate delivery.

Description

technical field [0001] The invention belongs to the technical field of medical devices, more precisely relates to orthodontic technology, in particular to a stripping device, a stripping method and a one-stop braces production system. Background technique [0002] In the prior art of braces preparation, the more common manufacturing methods are manual or semi-automatic. The whole production process includes obtaining the digital model in the patient's mouth, 3D printing the dental model, cleaning the dental model, curing the dental model, laminating, manual stripping, cutting, polishing, cleaning of the braces, inspection, packaging and other processes. And semi-automatic production is only wherein some processes have realized mechanized production, and described two kinds of production methods all need manual participation to complete. [0003] The existing tooth and jaw model cleaning method is to manually use organic solvents such as alcohol as a cleaning solution for ul...

AI Technical Summary

Problems solved by technology

The above-mentioned traditional process can be summarized as a delivery mode of ordering-manufacturing-delivery-collection. It has gone through multiple data transmissions and physical delivery processes. Deviations in one of the links can easily lead to a mismatch or inconsistency between the braces and the patient.

At the same time, the packaging cost, logistics cost and time cost in physical delivery are all high

This delivery model cannot achieve immediate delivery after medical diagnosis and treatment, and the patient experience is poor

At the same time, there are many uncertain factors in the patient's condition during the long waiting period after seeing a doctor, such as changes in the tooth arrangement, changes in dental health, or correction deviations during the wearing process, and damage to the braces during the wearing process. It is necessary to adjust or even remake the braces in time, which is a technical problem that is difficult to solve in the current production mode

[0009] In summary, manual / semi-automated production takes up a lot of space and costs are high; the traditional delivery mode has a long cycle and high costs, and cannot meet the needs of doctors and patients

Images