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Various industrial parts are difficult to clean due to their complex and changeable shapes. In order to achieve the ideal cleaning effect, it is required that the parts and the cleaning equipment should be matched. For example, the ultrasonic cleaning machine for parts blind holes is unique in cleaning parts with large diameters and moderate depths, but it can't do anything for parts with small blind holes, so what method should be used instead?

The cleaning of the parts with small blind holes becomes difficult because the cleaning agent cannot enter. In order to overcome this problem, the existing ultrasonic cleaning equipment should be improved. Using the traditional ultrasonic cleaning method has high requirements on the depth of blind holes and the diameter of blind holes. That is to say, it is difficult for ordinary ultrasonic cleaning machines to clean parts with a diameter of less than 3mm and a depth of more than one centimeter.

Because when the parts enter the tank of the ultrasonic cleaning machine, the water molecules will change, and the water will generate bubbles while surrounding the parts. Because the blind holes of the parts are too small, the water pressure cannot make the bubbles blocked in the blind holes burst, and ultrasonic energy alone is not enough. At this time, we can add a compressed air nozzle in the tank and connect the factory air source, and the problem can be solved.

When it is necessary to clean parts with blind holes, slowly put in the workpiece, and let the water flow into the hole as much as possible, so that the water produces countless water columns to impact the workpiece, so as to make the bubbles blocked in the hole burst, and realize ultrasonic cleaning of the blind hole. Better cleaning of parts.