隨著應用范圍的擴大,清洗機技術也有了新的發(fā)展。傳統(tǒng)的清洗機設備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(xiàn)了自動化程度高、靈活性強的自動化超聲波清洗設備。不但實現(xiàn)了超聲波清洗的自動化控制和批量作業(yè),還穩(wěn)定了清洗工藝、提高了清洗質量

With the expansion of the scope of application, cleaning machine technology also has a new development. Due to the low degree of automation of traditional cleaning equipment, it is difficult to ensure the uniformity of parts cleaning. In recent years, automatic ultrasonic cleaning equipment with high degree of automation and strong flexibility has gradually emerged. It not only realizes the automatic control and batch operation of ultrasonic cleaning, but also stabilizes the cleaning process and improves the cleaning quality

噴淋清洗機供應商告訴您：近年來還出現(xiàn)了噴淋機的一種特殊應用-超聲波除垢。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(tài)和化學性能發(fā)生一系列變化,使之分散、粉碎、松散、松脫而不易附著管、器壁形成積垢。作為超聲清洗的特殊應用,超聲防垢廣泛應用在鍋爐、熱交換裝置和管道防垢、除垢領域。

Spray cleaning machine suppliers tell you: in recent years, there has also been a special application of spray - Ultrasonic descaling. 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 disperse, crush, loose and loose, so that it is not easy to adhere to the pipe and vessel wall to form scaling. As a special application of ultrasonic cleaning, ultrasonic antiscaling is widely used in boiler, heat exchange device and pipeline antiscaling and descaling.

此外還出現(xiàn)一種新方法———通過噴淋清洗方法,這是一種無需清洗液且有別于常規(guī)超聲波清洗機理的超聲波振動清洗方法。

In addition, there is a new method -- spray cleaning method, which is a new ultrasonic vibration cleaning method without cleaning fluid and different from the conventional ultrasonic cleaning mechanism.

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大的加速度和作用力這一特點,將超聲波經(jīng)變幅桿與振動頭傳送給被清洗工件,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。目前該超聲波振動清洗裝置已用于顯像管自動生產(chǎn)線上。

This method makes use of the characteristic that when the ultrasonic wave propagates in the solid medium, it can cause a large acceleration and force of the medium particles. The ultrasonic wave is transmitted to the cleaned workpiece through the horn and the vibration head, so that the medium particles of the workpiece vibrate at a high speed at the equilibrium position, and the dirt is shaken loose and separated from the workpiece, so as to achieve the purpose of cleaning. At present, the ultrasonic vibration cleaning device has been used in the automatic production line of kinescope.