Cooling liquid recovery process for six-axis grinding machine

Abstract

The invention relates to a cooling liquid recovery process for a six-axis grinding machine. The process comprises a workpiece grinding process, a cooling process and an impurity screening process, wherein the impurity screening process comprises the following steps: 1, gathering wastewater; 2, quantitatively dropping the wastewater; 3, shaking off impurities by oscillation; 4, outputting scrap iron; 5, outputting clean water; 6, outputting millstone particles; and 7, recycling clear water. The technical problems that scrap iron and millstone particles cannot be discharged in time, consequently, the water flow is low, output of much water cannot be achieved, and nearly equal amount of water circulates and flows back in time are solved.

Description

technical field [0001] The invention relates to the technical field of six-axis grinding machines, in particular to a cooling liquid recovery process for six-axis grinding machines. Background technique [0002] The grinding process of the existing version rollers generally uses the positioning mechanism of the six-axis grinder to position the version rollers of different widths. The copper layer on the surface of the roller is polished smooth to obtain a smooth copper plated roller. [0003] When the six-axis grinder grinds the outer surface of the plate roller, the plate roller rotates relative to the supporting mechanism, and there should be no rotation or looseness relative to the bed. When the plate roller rotates, the top head of the supporting mechanism and the plate There is a huge sliding friction between the end faces of the rollers, which makes the tip cone wear quickly, resulting in a short life of the tip. The grinding machine needs to use coolant during the g...

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Problems solved by technology

[0006] The purpose of the present invention is to address the deficiencies of the prior art. By setting the output of iron filings to cooperate with the collection of waste water, the impurities adhering to the water can be collected in two parts, and then the impurities can be completely removed, even if the grinding work is completed. Finally, there is no need to clean the workpiece grinding station every time. In addition, the impurities collected on both sides are screened, which is beneficial to the recycling of iron filings and improves the utilization rate of raw materials. At the same time, water, iron filings and grinding stone particles are While sorting, output in time to avoid re-mixing with subsequent water and increase the difficulty of filtration, thus solving the problem that the iron filings and millstone particles cannot be discharged in time, resulting in low water flow, and the amount of water output that cannot be achieved will be nearly equal The technical problem of timely circulation and backflow of water

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