The spinneret ultrasonic cleaning machine can instantly produce more bubbles in the workpiece accessories. First, the pressure principle is applied to break and clean the bubbles. Therefore, the spinneret cleaning method is the cleaning method with the lowest damage rate to the workpiece at present

第一，在精細工業中具有良好的效果。在日常生活中，如玻璃清洗、精密儀器、工件清洗等，都需要這樣的設備。你知道它的缺點嗎?噴絲板超聲波清洗機介紹了其四大缺點:一是清洗依從性強。多功率超聲振蕩器之所以被廣泛應用于許多行業，是因為它具有很強的清洗依從性，不僅是多功率率用于清洗各種不同的工件。同時，板的尺寸和任務的頻率也有良好的符合性，使設備能夠在各種環境條件下繼續工作。

First, it has good results in fine industry. Such equipment is needed in daily life, such as glass cleaning, precision instruments, workpiece cleaning, etc. Do you know its disadvantages? Four disadvantages of spinneret ultrasonic cleaning machine are introduced: first, strong cleaning compliance. The reason why multi power ultrasonic oscillator is widely used in many industries is that it has strong cleaning compliance, not only multi power rate is used to clean various workpieces. At the same time, the board size and task frequency also have good compliance, so that the equipment can continue to work under various environmental conditions.

第二空化力較強。少數超聲波清洗產品以空化為技術中心，通過聲壓振動調節壓力能量。多功率超聲振蕩器可根據實際情況，停止多功率調節，在保證空化力的前提下，瞬間消除氣泡，達到快速高效清洗的目的。

Second, the cavitation force is strong. A few ultrasonic cleaning products take cavitation as the technical center and adjust the pressure energy through sound pressure vibration. The multi power ultrasonic oscillator can stop multi power regulation according to the actual situation, and instantly eliminate bubbles on the premise of ensuring the cavitation force, so as to achieve the purpose of rapid and efficient cleaning.

第三類產品殘留率小，用于高精度清潔產品，但很多產品深度清潔效果不佳。具有良好的多功率和質量的超聲振蕩器可以突破這一瓶頸。經精細調理后，可將氣泡提升至大間隙，并可停止徹底清洗。純化后的物質在快速剝落后不易附著在工件上，所以純化后的物質殘留率較低。

The third kind of products have low residue rate and are used for high-precision cleaning products, but the deep cleaning effect of many products is poor. Ultrasonic oscillator with good multi power and quality can break through this bottleneck. After fine conditioning, the bubble can be lifted to a large gap and thorough cleaning can be stopped. The purified material is not easy to adhere to the workpiece after rapid peeling, so the residue rate of the purified material is low.

第四超聲波振蕩器具有良好的泡沫密度和高性價比的崎嶇不平的操作可以確保設備,和振蕩器可以形成一個密集的蘭階段顯示形式的泡沫,可用于精確有序停止清洗,然后通過高壓氣泡迅速打破,和幾個大氣壓力發生實現高效清潔的目的。因此，超聲振蕩器的氣泡密度高，清洗波動好。

Fourth the ultrasonic oscillator has a good foam density and cost-effective rugged operation to ensure that the device and the oscillator can form a dense blue stage display foam, which can be used for precise and orderly stop cleaning, and then quickly break through high-pressure bubbles, and achieve high efficiency and cleanliness with several atmospheric pressures. Therefore, the ultrasonic oscillator has high bubble density and good cleaning fluctuation.

如發現振蕩器外部重要部件有污垢，應及時清理，特別是重要任務部件，應加以保護和愛護。嚴禁出現液體腐蝕現場。另外，清洗罐也要定期清洗。清洗后，應使用的吸力工具來吸收表面的水分。浸沒式超聲振蕩器不僅可用于工業機械的除油除銹、紡織工業的噴絲板清洗等，而且在石油化工、半導體等行業也有推廣作用。鑒于目前的情況，這種振蕩器在涵蓋了大量的行業，作為許多行業不可缺少的輔助清潔設備，我們在日常生活中應該停止對它的迷信。

If dirt is found on the external important parts of the oscillator, it shall be cleaned in time, especially the important task parts, which shall be protected and cherished. Liquid corrosion is strictly prohibited. In addition, the cleaning tank should also be cleaned regularly. After cleaning, professional suction tools shall be used to absorb water on the surface. Immersion ultrasonic oscillator can not only be used for oil and rust removal of industrial machinery and spinneret cleaning of textile industry, but also can be popularized in petrochemical, semiconductor and other industries. In view of the current situation, this oscillator covers a large number of industries in China. As an indispensable auxiliary cleaning equipment in many industries, we should stop superstitious about it in our daily life.

在第二次過熱中，許多操作人員在使用評價較高的超聲振蕩器時，并沒有注意設備的散熱，這是造成設備損壞的重要因素。雖然有少量的超聲波振蕩器有過熱的維護和安裝，但當功率輸入高時，維護和安裝可能會出現故障，在溫度臨界點報警安裝可能會延遲。所以如果你發現機身表面過熱，你必須立即停止任務，并在溫度分布后重新啟動機器。如果有必要，你可以添加物理冷卻方法來快速冷卻。

In the second overheating, many operators did not pay attention to the heat dissipation of the equipment when using the ultrasonic oscillator with high evaluation, which is the most important factor causing equipment damage. Although a small number of ultrasonic oscillators have overheated maintenance and installation, when the power input is high, the maintenance and installation may fail, and the alarm at the temperature critical point may be delayed. So if you find that the fuselage surface is overheated, you must stop the task immediately and restart the machine after the temperature distribution. If necessary, you can add physical cooling methods to cool quickly.