Ultrasonic cleaning machine washing factors

Often used in industrial cleaning ultrasonic frequency is 25khz-200khz; In semiconductor wafer cleaning, megabitonic wave cleaning is mostly used. Frequency is 1MHz, conventional industrial cleaning is mainly 25khz-120khz, so how do we choose the right frequency of ultrasonic cleaning? The selection of ultrasonic frequency is very important, frequency selection is not good and lead to poor cleaning, damage to the cleaning part of the case is more; It is recommended that customers choose ultrasonic cleaning machine must do cleaning test, determine the cleaning frequency and cleaning process

The cleaning frequency within the frequency range of 25khZ-28khz is often used to clean large, heavy parts or workpiece with high density materials; Conventional industrial cleaning is mainly used for cleaning hardware parts, stamping parts, die-casting parts, cutting parts processing

40khZ-120khz Cleaning frequency of this frequency is often used for cleaning precision electronic components, circuit boards, optical lenses, camera mode and other high precision parts;

Dual-frequency ultrasonic cleaning: 40khz-80khz two frequency combined cleaning, can freely switch different frequency cleaning time, to achieve a more thorough ultrasonic cleaning effect; The best way to really give play to the effect of dual-frequency ultrasonic cleaning is frequency doubling, that is, the combination of two frequencies is a multiple, for example: 40KHz-80khz or 40KHz-120khz, if the two frequency points are too close, there will always be a poor frequency, or lead to the ultrasonic vibration hair heat, or cause the ultrasonic generator heating and can not reach the ideal dual-frequency cleaning effect, ultrasonic vibrator failure or even damage the ultrasonic generator, Keli ultrasonic focus on ultrasonic cleaning equipment