CNC high-pressure turret type cleaning head for cleaning center

Abstract

The invention provides a CNC high-pressure turret type cleaning head for a cleaning center. The cleaning head comprises a servo motor, a synchronous belt wheel, a rotating body, spray bars and nozzles. The cleaning head is characterized in that: the servo motor is connected with the rotating body through the synchronous belt wheel; one end of the rotating body is hermetically connected with a high-pressure hose, and the other end of the rotating body is connected with a plurality of spray bars; the top ends of the spray bars are connected with the nozzles; the rotating body consists of an outer sleeve and a rotating shaft; the outer sleeve is coaxially connected with the rotating shaft; and a plurality of water passages are formed in the rotating shaft. The cleaning head has the advantages of good water passage tightness, high pressure resistance, high-speed microprocessor, rich linkage functions, excellent performance in main electric elements, high reliability, powerful CNC system function, simple and convenient operation, capability of achieving DNC on-line cleaning by using a computer and great convenience to users.

Description

technical field [0001] The invention relates to a cleaning head, in particular to a digitally controlled high-pressure turret-type cleaning center cleaning head. Background technique [0002] In today's deburring technology in the machinery industry, mechanical deburring, electrochemical deburring, thermal energy deburring, magnetic grinding deburring, ultrasonic deburring, laser deburring and other methods are widely used. However, there are many problems in the above deburring method. For example, the mechanical deburring method has many laborers, low efficiency, and the quality of deburring is not high. Especially for some complex parts, such as hydraulic components with many cross holes and deep holes, oil circuit blocks, etc., some burrs cannot be removed at all; Chemical deburring method, the surface accuracy is not high after deburring, there are residual corners, and the speed is slow; thermal energy deburring method requires a special high-temperature resistant mac...

AI Technical Summary

Problems solved by technology

But there are many problems in the above deburring method

For example, the mechanical deburring method has many laborers, low efficiency, and the quality of deburring is not high. Especially for some complex parts, such as hydraulic components with many cross holes and deep holes, oil circuit blocks, etc., some burrs cannot be removed at all; Chemical deburring method, the surface accuracy is not high after deburring, there are residual corners, and the speed is slow; thermal energy deburring method requires a special high-temperature resistant machine tool; it is particularly energy-consuming; the safety is not high; the oxide film may damage the body, so it is not suitable Workpieces requiring high precision, etc.

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