The cleaning effect is excellent, with high cleanliness and consistent cleanliness for all workpieces. The cleaning speed is fast, which improves production efficiency. There is no need for manual contact with the cleaning solution, making it safe and reliable. It can also clean deep holes, narrow crevices and hidden areas of workpieces thoroughly. It causes no damage to the surface of the workpiece, saves solvents, heat energy, working space and labor. < a href = "http://www.kejeme.com/news/xyxw/1517.html" > professional cleaning equipment industry innovation construction of overwhelming < / a > < / p > < p > the mechanism of the ultrasonic cleaning machine has the following several aspects: Due to the powerful shock waves generated when cavitation bubbles burst, a part of the dirt layer is stripped off, dispersed, emulsified and detached under the action of the shock waves. The bubbles produced by cavitation penetrate the gaps and voids between the dirt layer and the surface layer formed by impact. As these small bubbles expand and contract synchronously with the sound pressure, a physical force like peeling repeatedly acts on the dirt layer, causing it to be peeled off layer by layer. The bubbles continue to penetrate inward until the dirt layer is completely peeled off. This is the secondary effect of cavitation. The impact of ultrasonic vibration of the cleaning solution in the ultrasonic cleaning machine on dirt. Ultrasonic waves accelerate the dissolution process of dirt by chemical cleaning agents. The combination of chemical and physical forces speeds up the cleaning process.

ultrasonic cleaning machine methods are superior to conventional cleaning methods, especially when the surface of the workpiece is relatively complex, such as some uneven surfaces, Ultrasonic cleaning machines can achieve very ideal results for mechanical parts with blind holes, some particularly small products with high cleanliness requirements, such as parts of watches and precision machinery, electronic components, circuit board assemblies, etc.