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From the cleaning principle of the ultrasonic cleaning machine, we can easily understand why its cleaning efficiency and effect are excellent. The ultrasonic wave in a certain frequency range can clean the workpiece when acting on the liquid medium. Since its appearance, this cleaning technology has received widespread attention from all walks of life. The application of ultrasonic cleaning machine has greatly improved the working efficiency and cleaning accuracy of industrial products. In the past, people have always felt headache when cleaning dead corners, blind holes and hard to reach dirt hiding places. The development and application of new technologies make this work easier.

近年来，随着电子技术的日新月异，超声波清洗机也同我们日常生活离不开的手机一样，经过了几代的演变，技术更加，效果更加显着， 同样，它的也越来越多的被社会所接受，在各行各业中逐渐被广泛运用。换能器将高频电能转换成机械能之后，会产生振幅极小的高频震动并传播到清洗槽内的溶液中，在换能器的作用下，清洗液的内部将不断地产生大量微小的气泡并瞬间破裂，每个气泡的破裂都会产生数百度的高温和近千个大气压的冲击波，从而将工件冲刷干净。

In recent years, with the rapid development of electronic technology, ultrasonic cleaners, like mobile phones that are indispensable to our daily life, have experienced the evolution of several generations. The technology is more advanced and the effect is more significant. Similarly, its price is more and more accepted by the society and is gradually widely used in all walks of life. After the transducer converts high-frequency electric energy into mechanical energy, it will produce high-frequency vibration with very small amplitude and spread to the solution in the cleaning tank. Under the effect of the transducer, a large number of tiny bubbles will be continuously generated inside the cleaning solution and burst instantaneously. The rupture of each bubble will generate hundreds of degrees of high temperature and nearly a thousand atmospheric pressure shock waves, thus washing the workpiece clean.

不论工件形状多么复杂，将其放入清洗液内，只要是能接触到液体的地方超声波的清洗作用都能达到。

No matter how complex the shape of the workpiece is, if it is put into the cleaning solution, the ultrasonic cleaning effect can be achieved wherever it can contact the liquid.

清洗时液体内产生的气泡非常均匀，工件的清洗效果也将非常均匀一致。

The bubbles generated in the liquid during cleaning are very uniform, and the cleaning effect of the workpiece will be very uniform.

配合清洗剂的使用，加速污染物的分离和溶解，可有效防止清洗液对工件的腐蚀。

With the use of cleaning agent, it can accelerate the separation and dissolution of pollutants, and effectively prevent the corrosion of the cleaning solution on the workpiece.

无需手工清理，杜绝了手工清洗对工件产生的伤害，避免繁重肮脏的体力劳。

No manual cleaning is required, which eliminates the damage to the workpiece caused by manual cleaning and avoids heavy and dirty physical labor.