Cutting method and cutting system

Abstract

The invention discloses a cutting method and a cutting system. The cutting method comprises the steps that an image acquisition terminal acquires images at the bottoms of to-be-cut products; identification codes in the images acquired by the image acquisition terminal are identified, and the identification codes or identification information contained in the identification codes are / is sent to a receiving terminal; and the receiving terminal matches corresponding cutting instructions, and a cutting execution terminal cuts the to-be-cut products according to the cutting instructions. The bottomsurface of each to-be-cut product is provided with the corresponding identification code, the different products correspond to the different identification codes, the to-be-cut products are arrangedabove the image acquisition terminal, the identification codes in the images can be identified by acquiring the images at the bottoms of the to-be-cut products, the identification codes correspond tothe corresponding cutting instructions, according to the cutting instructions, the cutting execution terminal executes the corresponding cutting operation, redundant parts are removed, and finally theproducts are obtained, so that manual cutting can be replaced, and the production efficiency is improved. The cutting method and the cutting system are applied to the technical field of cutting.

Description

technical field [0001] The invention relates to the technical field of cutting, in particular to a cutting method and a cutting system. Background technique [0002] At present, shell-shaped dental instruments based on polymer materials (such as tooth aligners and retainers, etc.) are becoming more and more popular due to their advantages of beauty, convenience and cleaning. Usually, such shell-shaped dental instruments are produced based on the hot-pressed film forming process, that is, the diaphragm and the dental mold are pressed together, so that the diaphragm forms the same shape as the dental model, and finally the female mold diaphragm obtained by hot-pressed film molding is required. Trimming and cutting are performed to remove excess parts to obtain finished shell-shaped dental instruments. [0003] Since each patient is different and has different information status in the mouth, it is necessary to obtain the patient's oral data information through diagnosis and t...

AI Technical Summary

Problems solved by technology

[0003] Since each patient is different and has different information status in the mouth, it is necessary to obtain the patient's oral data information through diagnosis and treatment before customizing the production of shell-shaped dental instruments, that is, each patient needs to customize a specific shell-shaped dental instrument, which needs to be produced For the dental model corresponding to the information in the patient’s mouth, the shape of each patient’s dental model is different, so the cutting trajectory of the final cut female mold diaphragm will also be different. The existing method of cutting the diaphragm generally requires manual cutting, and the production efficiency is low. , cannot be mass-produced

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