It is said that the cleaning action of ultrasonic cleaning is generally caused by a powerful shock wave generated at the moment when cavitation (countless vacuum bubbles) is crushed, directly destroying dirt, dispersing it in liquid, and cleaning it.
Usually, a lot of air is dissolved in the solvent under atmospheric pressure, so the efficiency of generating vacuum bubbles is poor.
The degassing system adopted in this unit is a method of pulling out the air in the solvent in a degassing tank vacuumed to 40 KPa at all times, and circulating the degassing solvent to each washing tank, so that a stable degassing ultrasonic effect can always be obtained.
Hydrocarbon-based cleaning machines provide high cleaning power for various types of industrial products. Here's an example:
Precision Equipment Parts
|Target workpiece (WxDxH) mm||300x400x200 (H350 including torser)|
|Equipment dimensions (WxDxH) mm||3500x1720x2340|
|Cleaning method||1st tank: Degassing ultrasonication + liquid external shaking Second tank: Vacuum ultrasonics 3rd tank: Vacuum beper cleaning|
|ultrasonic waves||First tank: 25KHz 750W, Second tank: 25KHz 1,000W|
|Drying method||Vacuum drying (reachable vacuum degree 0.3KPa or less)|
|Takt Time||5-6 minutes|
|vacuum pump||Liquid-sealed vacuum pump + mechanical booster pump|
|Loader Unloader||3 baskets each|