Using an ultrasonic cleaner machine, look at the product you are cleaning and what lotion to use to determine the ultrasonic frequency you are using. Suppose your ultrasonic cleaner machine has several tanks, such as heating, drying or slow pulling. There are many factors to consider, such as temperature, concentration of washing solution and cleaning time.

Ordinary mechanical equipment hardware uses 28KHZ degreasing wax, optical lens uses 40K, laboratory scientific research uses 100K, LCD semiconductor material components 1MHZ and above. At present, the ultrasonic cleaner machines provided by general manufacturers can adjust the output power. Under the premise of considering the cleaning regulations and cleaning time, the appropriate output power can be selected.

Dewaxing oil generally uses alkaline cleaning solution, and the temperature is controlled at around 75 degrees, such as the specified work efficiency and cleaning quality, and some solvents can provide options. The lower the ultrasonic frequency of the ultrasonic cleaner machine, the easier it is to cause cavitation on the liquid and the better the effect; the higher the frequency and the stronger the ultrasonic specificity, it is suitable for the cleaning of small objects.

The greater the power of the ultrasonic cleaner machine, the stronger the cavitation effect, the faster the cleaning speed, and the better the actual effect. For products with smoother surfaces and higher precision, long-term high-power cleaning will cause "cavitation" effects on surface objects.