没有用过超声波清洗机的客户可能会存在一些疑问，用超声波清洗机清洗工件会不会对工件造成损伤，答案当然是否定的。山东通海机械做超声波清洗机、喷淋清洗机的生产厂家告诉大家，超声波清洗机清洗工件不会对工件造成任何的损伤。

Customers who have not used the ultrasonic cleaning machine may have some questions about whether cleaning the workpiece with the ultrasonic cleaning machine will cause damage to the workpiece. Of course, the answer is No. Shandong Tonghai machinery do ultrasonic cleaning machine, spray cleaning machine manufacturers tell you, ultrasonic cleaning machine will not cause any damage to the workpiece.

分体式超声波清洗机供应商告诉您：一般来说，影响超声波清洗效果的有清洗频率、清洗时间、清洗温度等几个因素。超声波低频情况液体中产生的气泡尺寸大，对清洗物件的作用力更强，同时低频比较容易损伤腐蚀工件表面；超声波清洗机高频穿透力强，复杂盲孔都可以清洗到。所以说选择适合清洗工件所需的频率是很重要的。

The supplier of split type ultrasonic cleaning machine tells you: Generally speaking, there are several factors influencing the effect of ultrasonic cleaning, such as cleaning frequency, cleaning time, cleaning temperature, etc. In the case of ultrasonic low frequency, the bubble size in the liquid is large, and the force on the cleaning object is stronger. At the same time, the low frequency is easy to damage and corrode the surface of the workpiece; the high frequency penetration of ultrasonic cleaning machine is strong, and complex blind holes can be cleaned. Therefore, it is very important to choose the appropriate frequency for cleaning the workpiece.

工件清洗时间也是影响清洗效果的一大因素，对于较活泼的金属，清洗完表面污渍之后，应立即拿出，因为超声波清洗机槽内的温度，是会随着清洗时间的长度不断增加的，如果不及时拿出，很可能会对工件造成损坏。在清洗过程中，肯定对物件产生了一定的损伤。

The cleaning time of the workpiece is also a major factor affecting the cleaning effect. For the more active metal, it should be taken out immediately after cleaning the surface stains, because the temperature in the groove of the ultrasonic cleaning machine will increase with the length of the cleaning time. If it is not taken out in time, it is likely to cause damage to the workpiece. In the process of cleaning, there must be some damage to the object.

当然这是从微观上分析。通常清洗与物件上沾染，粘合，附着的尚未与物件产生物理反应的物件，那么超声波清洗对物品造成的损坏是微乎其微的，可以忽略，不过物体本身的性状不同，使用超声波清洗机的频率和功率也须掌握好，只有在相对的条件下，才能做到超声波的无损清洗。

Of course, this is a microscopic analysis. Usually, if the cleaning is carried out on the objects that are contaminated, bonded and attached, and have no physical reaction with the objects, the damage caused by ultrasonic cleaning to the objects is negligible, but the properties of the objects are different, so the frequency and power of the ultrasonic cleaning machine must be well controlled. Only under relative conditions, can the ultrasonic non-destructive cleaning be achieved.