Compressor parts ultrasonic cleaning machinecharacteristic:

1The compressor component ultrasonic cleaning machine combines spray cleaning, ultrasonic cleaning, immersion rust prevention, wind cutting, and hot air drying processes;
2. Spray cleaning is mainly used to preliminarily remove residual slag and machining fluid on the surface of parts after processing;
3. It can be cleaned using dedicated parts cleaning or mixed with multiple parts for simultaneous cleaning;
4To adapt to large-scale production, a double-layer cleaning basket stacking cleaning method can be adopted. During cleaning, the double-layer cleaning basket is used, and during drying, it is separated into single-layer cleaning baskets. The front and rear processes can be connected through an assembly line to achieve unmanned operation;
5. The entire process of the ultrasonic cleaning machine for compressor components is controlled by PLC program for automatic operation, and relevant parameters can be set. The structure is mature, efficient and stable.
6Suitable for cleaning parts such as compressor casing, pump body, upper and lower covers, crankshaft, dynamic disc, static disc, etc. after processing or before assembly

Working principle of ultrasonic cleaning machine:
Ultrasonic waves have a frequency of ≥ 20KHz The ultrasonic transducer converts electrical energy into mechanical energy and transmits it in the form of ultrasonic waves. The high-frequency vibration of ultrasonic waves will form countless tiny bubbles in the cleaning solution. Due to the alternating strength of the pressure propagated by ultrasonic waves in the cleaning solution, the bubbles will be compressed. When the sound pressure reaches a certain value, the bubbles will grow rapidly and then suddenly close. When the bubbles close, a strong shock wave is generated due to the collision between liquids, which generates a pressure of thousands of atmospheres around them. This phenomenon is called the "cavitation effect". Ultrasonic cleaning uses the strong shock wave generated when bubbles in the liquid burst, and the dirt layer is peeled off, dispersed or detached under the action of the shock wave. Also, because the volume of each bubble is very small, Therefore, although their rupture energy is high, But for workpieces and liquids, there will be no mechanical damage or significant temperature rise.
Due to the high frequency of ultrasound, the cavitation effect generated in liquid can reach more than 20000 times per second, almost continuously workingThe number of bubbles generated by the phenomenon of melting is numerous and ubiquitous, so the cleaning of workpieces can be very thorough, even for complex shaped workpieces, as long as they can come into contact with the solutionLiquid can be thoroughly cleaned.

The ultrasonic cleaning machine for compressor components is compiled and released by Tianyi Automation, a preferred supplier of industrial cleaning equipment specializing in the production of ultrasonic cleaning machines, high-pressure spray cleaning machines, and hydrocarbon vacuum cleaning machines.