Iron chip recycling device for machine tool

Abstract

The invention discloses an iron chip recycling device for a machine tool. The iron chip recycling device comprises an electromagnetic collecting hopper, a flow guiding pipe, an air compressor, a manual suction nozzle and a collecting box. The air compressor is installed on the collecting box. The air compressor is connected with the electromagnetic collecting hopper and the manual suction nozzle through an air inlet pipe. The electromagnetic collecting hopper is connected with the manual suction nozzle and the collecting box through a conveying hose. The collecting box is connected with the flow guiding pipe provided with a water pump. A control panel is installed outside the collecting box. A cutting fluid storage box and an iron chip storage box are arranged in the collecting box. An electromagnetic rotating roller which is connected with a motor through a rotary shaft is arranged above the iron chip storage box. Universal wheels are installed outside the collecting box. The iron chip recycling device is simple in structure and convenient to operate, through cooperative application of the electromagnetic collecting hopper, the flow guiding pipe and the manual suction nozzle, the iron chip collecting efficiency is improved, clean production is achieved, and potential safety hazards are eliminated.

Description

technical field [0001] The invention relates to the technical field of iron filings recycling equipment, in particular to an iron filings recycling device for machine tools. Background technique [0002] At present, computer numerical control machine tools are famous for their high machining accuracy and high machining efficiency, but a lot of iron filings will be generated during the processing. For these iron filings, the traditional method is still used, that is, the iron filings continue to accumulate , until the machine tool operator takes time out to clean in advance; when cleaning the debris and dirt on the surface of the parts, the machine operator uses a high-pressure air gun to blow the debris and dirt around, causing pollution to the ground and the machine tool It is also a safety hazard, and debris is easy to fly into the eyes of the operator; therefore, the existing cleaning methods will seriously affect the sanitation inside the lathe and cannot achieve clean p...

AI Technical Summary

Problems solved by technology

[0002] At present, computer numerical control machine tools are famous for their high machining accuracy and high machining efficiency, but a lot of iron filings will be generated during the processing. For these iron filings, the traditional method is still used, that is, the iron filings continue to accumulate , the machine operator takes time out to clean in advance until after get off work; the machine operator uses a high-pressure air gun to blow the debris and dirt on the surface of the parts, causing the debris and dirt to fly around, causing pollution to the ground and the machine tool It is also a safety hazard, and debris is easy to fly into the eyes of the operator; therefore, the existing cleaning methods will seriously affect the sanitation inside the lathe and cannot achieve clean production. At the same time, iron filings will continue to accumulate, which will affect production safety and production efficiency. , the accumulation of iron filings greatly shortens the service life of the lathe

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