Magnetic mud separation system of cutting equipment and separation method

Abstract

The invention provides a magnetic mud separation system of cutting equipment and a separation method, belongs to the operation field, and solves the technical problems that the existing cutting equipment is low in oil sand liquid use efficiency and short in service life. The magnetic mud separation system of the cutting equipment comprises a liquid inlet pipe, a liquid discharge pipe and a magnetic separator, wherein an oil sand inlet and an oil sand outlet are formed in the cutting equipment, the liquid inlet of the magnetic separator is communicated with the oil sand outlet in the cutting equipment through the liquid discharge pipe, the liquid outlet of the magnetic separator is communicated with the sand oil inlet in the cutting equipment through the liquid inlet pipe, and a delivery pump sending the oil sand liquid into the oil sand inlet through the liquid inlet pipe is arranged between the liquid outlet of the magnetic and the liquid inlet pipe. The magnetic mud separation system has the advantages of always keeping the quality of the oil sand liquid. The magnetic mud separation method has the advantage that the oil sand liquid separated from magnetic mud immediately circulates to the cutting equipment, so that the use efficiency of the oil sand liquid is improved.

Description

technical field [0001] The invention belongs to the field of work, and relates to a magnetic mud separation system for cutting equipment; the invention also relates to a magnetic mud separation method for cutting equipment, which belongs to the field of work. Background technique [0002] Some of the existing cutting equipment use oil-sand liquid for cutting, such as multi-wire cutting machines, etc. The oil-sand liquid contains emery, and the workpiece is cut by emery grinding. Mud or powdered iron-like cuttings impurities will be mixed with the oil sand liquid, and the composition of the mixed oil sand liquid will change, resulting in a decrease in cutting efficiency and unstable surface quality of the cut workpiece, until the workpiece cannot be cut. [0003] In order to save the oil sand liquid and protect the environment, the oil sand liquid is currently recycled. By removing the magnetic mud in the oil sand liquid, the purity of the oil sand liquid can be restored to t...

AI Technical Summary

Problems solved by technology

The cutting and magnetic mud separation steps of the current cutting equipment are separated. When the timing separation measures are adopted, there are still some magnetic mud and impurities in the oil sand liquid. During the period from each separation to the next separation, the recycled The concentration and composition of the oil sand liquid in the oil sand liquid are constantly changing, which reduces the cutting efficiency and cutting quality; when adopting the unified treatment measures after storage first, the oil sand liquid used every time is stored first, and then used after being processed. The corundum and magnetic mud in the oil sand liquid will deposit during standing, and cannot be circulated to the magnetic mud separator. The deposited corundum will reduce the carborundum content in the oil sand liquid, reduce the quality of the oil sand liquid, and affect the cutting equipment At the same time, the corundum in the pure oil sand liquid will also deposit when it is left standing after magnetic mud separation, and the purity distribution of the oil sand liquid is uneven, which further reduces the quality of the oil sand liquid and further affects the cutting equipment. cutting; such a cycle leads to a decrease in the service life of the oil sand fluid

Furthermore, since the oil sand liquid needs to be stored in the middle of the cutting and magnetic mud separation steps, the required amount of oil sand liquid is very large to meet the production demand, which increases the production cost; and most of the oil sand liquid is in a waiting state , making the use of oil sand fluid inefficient

Furthermore, the current entire system structure is huge and not compact, and occupies a large area of ​​the factory building, which virtually increases the production cost

Images