隨著應用范圍的擴大，超聲波清洗技術也將出現新的發展。在超聲波清洗機領域，企業只有不斷突破，不斷攻克難題，不斷更新迭代，緊跟發展趨勢，才能在激烈的市場競爭中過五關斬六將，生產出質量可靠的超聲波清洗機。而在未來，超聲波清洗機將呈現以下三種發展趨勢：

With the expansion of the scope of application, ultrasonic cleaning technology will also appear new development. In the field of ultrasonic cleaning machine, enterprises have to constantly break through, constantly overcome problems, constantly update iterations, and keep up with the development trend, in order to pass five passes and cut six generals in the fierce market competition, and produce ultrasonic cleaning machines with reliable quality. In the future, ultrasonic cleaning machine will present the following three development trends:

一：將逐步實現更高的自動化程度

1： Will gradually achieve a higher degree of automation

傳統的超聲波清洗機由于自動化程度不高而難以保證零件清洗的均勻性，近年來逐漸出現了靈活性強、自動化程度高的自動化超聲波清洗機。不但實現了超聲波清洗的自動化控制和批量生產，還穩定了清洗工藝、提高了清洗效率。這類超聲波清洗機將超聲波清洗和化學清洗、漂洗、脫水、烘干等工藝結合，因而有非常高的清洗效率。在傳動、烘干、清洗主要使用PLC控制，實現了全自動化清洗過程。

The traditional ultrasonic cleaning machine is difficult to ensure the uniformity of parts cleaning due to the low degree of automation. In recent years, the automatic ultrasonic cleaning machine with strong flexibility and high degree of automation has gradually emerged. It not only realizes the automatic control and batch production of ultrasonic cleaning, but also stabilizes the cleaning process and improves the cleaning efficiency. This kind of ultrasonic cleaning machine combines ultrasonic cleaning with chemical cleaning, rinsing, dehydration, drying and other processes, so it has very high cleaning efficiency. PLC control is mainly used in transmission, drying and cleaning to realize the full automatic cleaning process.

二：超聲波清洗未來將用于超聲波除垢

2： Ultrasonic cleaning will be used for ultrasonic descaling in the future

超聲波除垢主要是利用超聲波強聲場處理流體，使流體中成垢物質在超聲場的作用下的物理形態和化學性能發生一系列變化，使之不易附著管、器壁形成積垢。作為超聲清洗的特殊應用，超聲防垢在未來將得到廣泛應用。

Ultrasonic descaling mainly uses ultrasonic strong sound field to treat the fluid, which makes the physical form and chemical properties of the scaling material in the fluid change under the action of ultrasonic field, and makes it difficult to adhere to the pipe and vessel wall to form scaling. As a special application of ultrasonic cleaning, ultrasonic anti scaling will be widely used in the future.

三：超聲波振動清洗方法應用在一線生產上

3： Application of ultrasonic vibration cleaning method in first line production

這種方法利用超聲波在固體介質中傳播時能引起介質質點極大的加速度和作用力這一特點，將超聲波經振動頭與變幅桿傳送給被清洗工件，從而使工件介質質點在平衡位置高速振動，致使污物被振松而脫離工件，從而達到清洗目的。目前該振動超聲波清洗機置還在研發當中，未來將用于顯像管自動生產線上，在我國高精尖的一線生產之上能夠發揮其獨特的功效。

This method makes use of the characteristic that the ultrasonic wave can cause the maximum acceleration and force of the medium particles when it propagates in the solid medium, and transmits the ultrasonic wave to the workpiece to be cleaned through the vibration head and the horn, so that the medium particles of the workpiece can vibrate at a high speed at the equilibrium position, and the dirt can be shaken loose and separated from the workpiece, so as to achieve the purpose of cleaning. At present, the vibration ultrasonic cleaning machine is still under research and development, and will be used in the automatic production line of picture tube in the future, which can play its unique effect on the top of China's high-end first-line production.

了解了超聲波清洗機的三大發展方向之后，再縱觀市場行情，就會發現凡是有口碑的超聲波清洗機都在不斷地開拓和創新，力爭占據更大的市場份額，為消費者提供更加優質的產品，因而消費者無需擔心超聲波清洗機的使用狀況是否符合不斷變化的時代需求。

After understanding the three development directions of ultrasonic cleaning machine, and then looking at the market situation, we will find that all the famous ultrasonic cleaning machines are constantly developing and innovating, striving to occupy a larger market share and providing consumers with better products. Therefore, consumers need not worry about whether the use of ultrasonic cleaning machines meets the changing needs of the times.