要看看你洗的是什么产品，用的是什么洗剂然后决定你用的超声波的频率。如果你那超声波清洗机是好多个槽体的，有加热有风干或者有慢拉等等，要考虑的因素就多了。温度啊，洗剂浓度啊清洗时间啊等等都要考虑。

It depends on what product you wash and what lotion you use, and then determines the frequency of the ultrasound you use. If your ultrasonic cleaning machine has many tanks, such as heating, air drying or slow pulling, there are many factors to consider. Temperature, detergent concentration, cleaning time and so on should be considered.

如何减少超声波清洗机对产品的损害

How to reduce the damage of ultrasonic cleaning machine to products

建议你这样做：和你购买的超声波清洗机商家联系，询问下他们。

Suggest you do this: and you buy the ultrasonic cleaning machine business contact, ask them.

1. 选择合适的频率：一般机械五金件除油除抛光蜡用28KHZ ，光学玻璃、实验开发用40K，实验室研究用100K，LCD半导体部件1MHZ及以上。

1. Select appropriate frequency: 28kHz for general mechanical hardware, 40K for optical glass and experimental development, 100k for laboratory research, 1MHz or above for LCD semiconductor components.

2.合适的功率，现在一般厂家提供的超声波清洗机发生器都能调节功率，在满足清洗要求和清洗时间的前提下来选择合适的功率。

2. Suitable power, now the ultrasonic cleaning machine generator provided by general manufacturers can adjust the power, and select the appropriate power on the premise of meeting the cleaning requirements and cleaning time.

3.合适的清洗液温度：除蜡除油一般用碱性清洗液温度控制在75度左右为合适，如要求工作效率和清洗质量一些有机溶剂可供选择。 其实你该注明所清洗的工件是什么，损伤的现象，我相信这么多高手一定都会豪无保留的给你提供解决方案。

3. Suitable temperature of cleaning solution: alkaline cleaning solution is generally used for dewaxing and degreasing. The temperature should be controlled at about 75 ℃. Some organic solvents can be selected if the working efficiency and cleaning quality are required. In fact, you should indicate what the workpiece you are cleaning and the phenomenon of damage. I believe that so many experts will provide you with solutions without reservation.