CNC glass edging cutting fluid filtration circulation system

Abstract

The invention discloses a CNC glass edging cutting fluid filtration circulation system, wherein the steps of the filtration circulation system comprises central filtration, precipitation, overflow, impurity separation with a centrifuge and central concentration treatment. According to the present invention, the single machine cycle of the the whole factory CNC engraving machine is canceled, the cutting fluid is integrally connected through the water pipe and is subjected to central filtration, precipitation, overflow and impurity separation with the centrifuge, the obtained cutting fluid is sucked to each machine by the pump so as to be used, and the used cutting fluid can be subjected to central concentration treatment, such that the filtration circulation of the whole cutting fluid filtration circulation system can be completed through the repeating; and the filtration circulation system can improve the filtration efficiency and effect of the cutting fluid circulating water, improvethe edging yield of the CNC product by 5%, and reduce the waste of the cutting fluid, wherein the original monthly-replacement optimization is changed into the replacement every three months.

Description

technical field [0001] The invention relates to the technical field of CNC glass manufacturing, in particular to a CNC glass edging cutting fluid filtration circulation system. Background technique [0002] Glass is a transparent, airtight, and hard material. Glass is chemically inert in everyday environments and does not interact with living things. Glass is generally insoluble in acids (exception: hydrofluoric acid reacts with glass to form SiF4, which causes corrosion of glass); but slightly soluble in strong alkalis, such as cesium hydroxide. [0003] The CNC engraving machine is designed as a single-machine cycle of cutting fluid. During use, the cutting fluid is easy to stink. During the product processing process, the residual glass powder is not filtered clean enough. The cutting fluid must be replaced once a month, and the equipment must be shut down every month. Glass powder residues are cleaned and maintained. For this reason, we propose a CNC glass edging cutti...

AI Technical Summary

Problems solved by technology

[0003] The CNC engraving machine is designed as a single-machine cycle of cutting fluid. During use, the cutting fluid is easy to stink. During the product processing process, the residual glass powder is not filtered clean enough. The cutting fluid must be replaced once a month, and the equipment must be shut down every month. Clean and maintain glass powder residues. For this reason, we propose a CNC glass edging cutting fluid filtration circulation system