1、超聲波清洗機的（de）可操作性強

1. The ultrasonic cleaning machine has strong operability

以便可以盡可能的簡單化實驗室超（chāo）聲波清洗設（shè）備的實際操作，因此選用AUTO一鍵全自（zì）動的按鍵設計（jì）方案，而（ér）且也有（yǒu）人性化的挑選設定，能夠（gòu）充足考（kǎo）慮到各個製造行業的實驗室需求。此外，該超（chāo）聲波清洗機還選用了LCD液晶顯示屏（píng）大屏顯示頁麵，能夠讓設備的信息顯示的更為清楚（chǔ），不僅能夠簡化操作還能（néng）對各種參數了解得更為詳盡。

In order to simplify the actual operation of the ultrasonic cleaning equipment in the laboratory as much as possible, the auto one button automatic key design scheme is selected, and the humanized selection setting is also provided, which can fully consider the laboratory needs of various manufacturing industries. In addition, the ultrasonic cleaning machine also uses LCD large screen to display the page, which can make the information of the equipment display more clearly. It can not only simplify the operation, but also understand various parameters in more detail.

2、清洗機運用覆蓋麵廣

2. Cleaning machine covers a wide range of applications

由於實驗室是依據製造行業的不一樣，其所（suǒ）具有的特性也是不盡相（xiàng）同（tóng）的。而實（shí）驗室內的超聲波清洗設備不僅可以對各行各業的（de）實驗室專用型器材（cái）開展清理（lǐ）以外，還可以對其剖析的（de）另一半試品開展一些粉碎、乳（rǔ）化、分散化（huà）、獲取提純、加快放熱反應（yīng）、納米（mǐ）技術製取等等，因此該（gāi）實驗室（shì）超聲波清洗機具備十分普遍的應用領域。

Because the laboratory is based on different manufacturing industries, its characteristics are not the same. The ultrasonic cleaning equipment in the laboratory can not only clean the laboratory special equipment of all walks of life, but also crush, emulsify, disperse, obtain and purify the other half of the sample, accelerate the exothermic reaction, nano technology preparation and so on. Therefore, the ultrasonic cleaning machine in the laboratory has a very common application field.

3、清洗效率高（gāo）不發熱

3. High cleaning efficiency, no heating

因為實驗室的超聲波清洗機選（xuǎn）用了一些良好的工藝技術，所以該超聲波清洗設備具備更為良好（hǎo）的設計構造，在應用該清洗（xǐ）設備的過程中不僅可（kě）以合理的提升超聲波聲能轉換效率，還能夠在（zài）開展總體設計時選用的共振點偏少，因（yīn）而可以保證在超（chāo）聲波清洗設備（bèi）在運作之際的失效能源降至較少，因此（cǐ）該超聲（shēng）波清洗機能夠考慮對負荷溫度造成功率高的需求（qiú）。

Because the ultrasonic cleaning machine in the laboratory has selected some good technology, the ultrasonic cleaning equipment has a better design structure. In the process of applying the cleaning equipment, it can not only reasonably improve the ultrasonic energy conversion efficiency, but also select less resonance points in the overall design, Therefore, the failure energy of the ultrasonic cleaning equipment can be reduced to less when it is in operation. Therefore, the ultrasonic cleaning machine can consider the demand for high success rate of load temperature.