隨著人類科技的進步，發明了超聲波清洗機，替代了傳統的手洗，這樣既縮短了時間，又減少了人工消耗。超聲波清洗機在清洗方面可謂是絕佳選擇，因為本身不會影響物品的材質以及精度。

With the progress of human science and technology, ultrasonic cleaning machine is invented to replace the traditional hand washing, which not only shortens the time, but also reduces the labor consumption. Ultrasonic cleaning machine is an excellent choice in terms of cleaning, because it will not affect the material and accuracy of items.

以傳統的工業清洗工序來說，通常在清洗工廠機電設備與各類機械軸承等金屬零部件時，都采用強酸去銹、強堿脫脂等作為主要方式。而隨著工業化的不斷發展與金屬制品產業的升級，工廠對于各類機械軸承金屬零部件的清洗工序要求越來越高，傳統清洗方式顯然已經很難滿足當前的清洗要求。

In the traditional industrial cleaning process, strong acid derusting and strong alkali degreasing are usually used as the main methods when cleaning metal parts such as mechanical and electrical equipment and various mechanical bearings in factories. With the continuous development of industrialization and the upgrading of metal products industry, factories have higher and higher requirements for the cleaning process of metal parts of various mechanical bearings. It is obvious that the traditional cleaning method has been difficult to meet the current cleaning requirements.

那么在采用強酸、強堿清洗時主要會產生哪些問題呢？強酸清洗會造成氫脆及酸洗等損耗金屬表面材質從而引發清洗質量問題。強酸、強堿的清洗廢液排放處理困難。強酸、強堿清洗方式難以適應零件清洗工序向不腐蝕、低成本、少污染的發展趨勢。

So what are the main problems when using strong acid and alkali cleaning? Acid pickling will cause metal surface quality problems such as hydrogen embrittlement and pickling. It is difficult to discharge and treat the cleaning waste liquid of strong acid and alkali. Strong acid and alkali cleaning methods are difficult to adapt to the development trend of parts cleaning process to non-corrosion, low cost and less pollution.、

因此，傳統清洗方式已經無法滿足生產技術的進步和社會日益增強的環保需求。超聲波清洗技術應用從醫療領域逐漸地發展到食品工業、機械制造、光學元件等行業生產過程中。

Therefore, the traditional cleaning method has been unable to meet the progress of production technology and the increasing environmental protection needs of society. The application of ultrasonic cleaning technology has gradually developed from the medical field to the production process of food industry, machinery manufacturing, optical components and other industries.

小型的部件清洗大多數都使用汽油或者是柴油刷洗操作，安全性能很低，容易發生事故，那么，對于超聲波清洗機來說使用的是清洗液清洗，所以沒有任何事故的隱患這點可以放心使用。

Most of the small parts are cleaned with gasoline or diesel, which has low safety performance and is prone to accidents. Then, for the ultrasonic cleaning machine, the cleaning fluid is used for cleaning, so there is no hidden danger of accidents, which can be safely used.

使用超聲波清洗設備只需要將零部件解體后放入清洗機中，然后再按下開關就可以使用，這樣，人們在清洗的過程中，也可以做其他事情，效率會更高。不僅這樣使用超聲波清洗機，因為清洗劑可以反復使用，所以降低了成本，這些都是它的優點。

Using the ultrasonic cleaning machine only needs to disassemble the parts and put them into the cleaning machine, and then press the switch. In this way, people can do other things in the process of cleaning, and the efficiency will be higher. In addition, the ultrasonic cleaning machine is used in this way. Because the cleaning agent can be used repeatedly, the cost is reduced. These are its advantages.

超聲波清洗設備的相關內容您可以直接來關注我們的網站www.chendakeji.cn咨詢了解！

For the relevant contents of ultrasonic cleaning equipment, you can directly pay attention to our website www.jnthcsb Com consultation!