Cutting fluid centralized supply-discharge and recovery system

Abstract

The invention discloses a cutting fluid centralized supply-discharge and recovery system. The system is characterized in that: it comprises a main water tank and several branch water tanks that are communicated with each other; the main water tank is communicated with a recovery pool; the recovery pool is lower than the main water tank; and starting ends of the branch water tanks can be communicated with cutting fluid outlets of machine tools. The system provided by the invention has the advantages of simple structure and obvious economic benefits, can achieve no chip and water on a workshop site, takes the lead to realize clean production of the machining industry, is conducive to processing equipment maintenance, reduces maintenance frequency, and lowers the maintenance cost, reduces the occupation of processing accessory equipment, and is convenient for operation. The system provided by the invention enables recycling of cutting fluid, a cutting fluid mother pool is underground and does not spoil or deterioriate easily; the cutting fluid has better cooling effect, and is more conducive to machining; also the waste chips generated by machining are subjected to centralized recovery, the cutting fluid recycling, cutting fluid filtration treatment, cutting fluid cyclic utilization, cutting fluid storage and other functions are uniformly realized in one system, energy sources are saved, and the cost is lowered.

Description

technical field [0001] The invention relates to a cutting fluid supply and discharge and treatment system used in machining processes, in particular to a cutting fluid centralized supply and discharge and waste chip recovery system for large-scale numerically controlled machine tools. Background technique [0002] In the prior art, for the treatment of cutting fluid produced by large-scale machines, manual cleaning is generally used for processing or additional equipment is used to collect and recycle the cutting fluid of each machine tool separately. If manual cleaning is used, not only The labor intensity of the workers is high, and the cutting fluid may be scattered everywhere during the cleaning process, making the operating environment of the equipment worse, which will cause the servo motor of the machine tool to circulate the cutting fluid to fail, increase the frequency and cost of equipment maintenance, and cannot realize the goal of the processing industry. For cle...

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Problems solved by technology

[0002] In the prior art, for the treatment of cutting fluid produced by large-scale machines, manual cleaning is generally used for processing or additional equipment is used to collect and recycle the cutting fluid of each machine tool separately. If manual cleaning is used, not only The labor intensity of the workers is high, and the cutting fluid may be scattered everywhere during the cleaning process, making the operating environment of the equipment worse, which will cause the servo motor of the machine tool to circulate the cutting fluid to fail, increase the frequency and cost of equipment maintenance, and cannot realize the goal of the processing industry. For clean production, if additional equipment is used to collect and recycle the cutting fluid of each machine tool separately, the cost will be high, and at the same time it will increase the space occupied by the auxiliary equipment of the processing equipment, and it will not be possible to realize the centralized supply, drainage and reuse of cutting fluid, which will affect production efficiency;

[0003] In the existing similar schemes, it is impossible to realize the effective operation of centralized supply and discharge of cutting fluid and centralized recovery of cutting fluid and waste chips on large-scale machines

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