由于常規(guī)超聲波清洗機主動化程度較低，難以保證工件清洗的均勻性，近年來逐漸出現(xiàn)了靈敏性強、能動化程度高的主動化超聲波清洗機，不僅結束了對超聲波清洗的主動化控制和批量生產，而且還安穩(wěn)地完成了對超聲波清洗過程中的主要工序超聲波清洗、化學清洗、漂洗、脫水、烘干等工序的分離，因而在傳動式超聲波清洗機中，對烘干工序的清洗主要采用PLC控制，結束了全主動化清洗過程。

Due to the low degree of initiative of conventional ultrasonic cleaning machines, it is difficult to ensure the uniformity of workpiece cleaning. In recent years, active ultrasonic cleaning machines with strong sensitivity and high degree of initiative have gradually emerged, which not only ends the active control and mass production of ultrasonic cleaning, but also safely completes the ultrasonic cleaning and Chemical cleaning, rinsing, dehydration, drying and other processes are separated. Therefore, in the transmission ultrasonic cleaning machine, the cleaning of the drying process is mainly controlled by PLC, ending the fully automatic cleaning process.

超聲清洗是一種新型的除垢方法。

Ultrasonic cleaning is a new descaling method.

超聲除垢首先是利用超聲波強聲場對流體進行除垢，使流體中的成垢物質在超聲場的作用下，物理形態(tài)和化學功用發(fā)生一系列變化，使其不易附著管子，形成積垢，作為超聲清洗的特殊用途，超聲除垢今后將得到廣泛應用。

Ultrasonic descaling first uses the ultrasonic strong sound field to descale the fluid, so that the physical form and chemical function of the scaling substances in the fluid will change under the action of the ultrasonic field, making it difficult to adhere to the pipe and form scale. As a special purpose of ultrasonic cleaning, ultrasonic descaling will be widely used in the future.

超聲振動清洗方法應用于生產一線。

Ultrasonic vibration cleaning method is applied to the production line.

超聲清洗機這種方法利用了超聲波在固體介質中傳遞時能引起介質質點的加速度和作用力的特點，通過振動頭將超聲波通過變幅桿傳到被清洗的工件上，然后使工件介質質點在平衡位置高速振動，使污物被振松而脫離工件，到達清洗目的。

This method of ultrasonic cleaning machine makes use of the characteristics that the acceleration and force of the medium particles can be caused when the ultrasonic wave is transmitted in the solid medium. The ultrasonic wave is transmitted to the cleaned workpiece through the horn through the vibrating head, and then the medium particles of the workpiece vibrate at a high speed at the equilibrium position, so that the dirt is loosened and separated from the workpiece to achieve the purpose of cleaning.

超聲清洗機是由超聲波換能器、超聲波清洗器和超聲波發(fā)作器局部組成，超聲波清洗機的槽體是彈性牢固、耐腐蝕的不銹鋼制成，底部安超聲波清洗機裝有超聲波振子，超聲波發(fā)作器產生高頻高壓，通過電纜聯(lián)接線與換能器相連，換能器與振動板產生高頻共振，超聲波清洗機清洗機內的溶劑受超聲波作用，不再洗污污垢。

The ultrasonic cleaner is partially composed of ultrasonic transducer, ultrasonic cleaner and ultrasonic generator. The tank body of the ultrasonic cleaner is made of elastic, firm and corrosion-resistant stainless steel. The ultrasonic cleaner is equipped with ultrasonic vibrator at the bottom. The ultrasonic generator generates high frequency and high pressure and is connected with the transducer through cable connection. The transducer and the vibrating plate generate high frequency resonance, Ultrasonic cleaning machine the solvent in the cleaning machine is affected by ultrasonic wave and will no longer wash dirt.