The most important thing for most customers is the effect of the ultrasonic cleaner machine, otherwise they would not choose the ultrasonic cleaner machine. In order to better use the ultrasonic cleaner machine, let's follow the ultrasonic cleaner machine manufacturer to understand which factors will affect the cleaning effect of the ultrasonic cleaner machine.

1. Frequency

Select different ultrasonic frequencies for different cleaning objects. For example: the cleaning of hardware, machinery, automobile and motorcycle, compressors and other industries or the cleaning of heavily polluted general objects mostly use 20KHz frequency cleaners; optics, optoelectronics, circuit boards, and general laboratory utensils mostly use 40KHz frequency; computer microelectronic components , integrated circuit chips, silicon wafers and wave films and other fine cleaning mostly use 80KHz or higher frequency, which can remove micron and sub-micron dirt and do not damage the cleaning sample.

2. Power

Product capacity is proportional to ultrasonic power (ultrasonic power is 0.3-0.5W/cm2); high-power products are mostly used for cleaning of hardware, machinery and other industries or heavily polluted general objects (ultrasonic power is 0.5-1W/cm2).

3. Time

Different cleaning time should be set for different cleaning objects. Choosing the appropriate time (general cleaning time is 10-20min) is conducive to better cleaning of cleaning samples; too long time will cause cavitation spots on the surface of cleaning samples, which will affect the surface. finish. If the time is too short, it will not be able to be cleaned.

4. Temperature

Since the physical characteristics of each device are different, we should choose different cleaning temperatures when using the ultrasonic cleaner machine. If the temperature is too high, oxidation spots will be formed; for burrs, it is generally appropriate to choose below 15 °C. The unique constant temperature technology ensures that the cleaning objects will not be damaged when working in a constant temperature environment.