一、功率

1、 Power

產(chǎn)品容量與超聲波清洗器功率直接相關（超聲波功率為0.3-0.5W/cm2），大功率產(chǎn)品主要用于清潔硬件、機械和其他行業(yè)的一般物體或重污染（超聲波功率為0.5-1W/cm2）。

The capacity of the product is directly related to the power of the ultrasonic cleaner (the ultrasonic power is 0.3-0.5w/cm2). High power products are mainly used to clean general objects or heavy pollution in hardware, machinery and other industries (the ultrasonic power is 0.5-1w / cm2).

二、時間

2、 Time

不同的超聲波清洗器所清洗的時間也不相同，所以要把控好時間，盡量控制在10-20min以內(nèi)，時間太短效果不好，時間太長容易使設備表面出現(xiàn)問題，影響光潔度。

The cleaning time of different ultrasonic cleaners is also different, so we should control the cleaning time well and try to control it within 10-20min. If the cleaning time is too short, the effect is not good. If the cleaning time is too long, it is easy to cause problems on the surface of the equipment and affect the finish.

三、溫度

3、 Temperature

由于每個設備的物理特性不同，應選擇不同的清洗溫度，如一般清洗油脂50°c 以上是合適的；鋁合金，一般選擇40°c左右是合適的，溫度過高，會形成氧化斑點; 毛刺一般選擇15°c 以下獨特的恒溫技術，保證清洗對象在恒溫環(huán)境下工作不受損害（我們的恒溫產(chǎn)品恒溫為0-80°c，± 2°c）。

Due to the different physical characteristics of each equipment, different cleaning temperature should be selected. For example, it is appropriate to clean grease above 50 ° C; Generally, 40 ° C is suitable for aluminum alloy. If the temperature is too high, oxidation spots will be formed; Burr generally selects the unique constant temperature technology below 15 ° C to ensure that the cleaning object will not be damaged in the constant temperature environment (our constant temperature product is 0-80 ° C, ± 2 ° C).

四、頻率

4、 Frequency

針對不同的設備需要調清洗器的頻率，不能所有的設備都按照一個頻率來，像一些機械設備表面較硬的，頻率能夠高一點，但是對于一些電子產(chǎn)品或是塑料等產(chǎn)品，清洗器的頻率再那么高的話會使這些產(chǎn)品出現(xiàn)質量問題。

It is necessary to adjust the frequency of the washer for different equipment. Not all the equipment can be operated at the same frequency. For example, the frequency of some mechanical equipment with hard surface can be higher. However, for some electronic products or plastic products, if the frequency of the washer is so high, these products will have quality problems.