现在的超声波清洗机，对于应用范围来说是比较广的，因为这类设备的种类和型号比较多，可以满足不同领域的应用需求，以及电气控制柜设置在盒体的一侧，和罐过滤液体容纳被布置在盒体，并且过滤器的液体存储设置在罐电解清洗设置在罐中，超声换能器被布置在电解清洗的罐底。

The current ultrasonic cleaning machine has a wide range of applications, because there are many types and models of this kind of equipment, which can meet the application needs of different fields. The electrical control cabinet is set on one side of the box, and the tank filter liquid storage is arranged in the box, and the liquid storage of the filter is set in the tank, and the electrolytic cleaning is set in the tank, The ultrasonic transducer is arranged at the bottom of the electrolytic cleaning tank.

多个阳极电极铜条和多个阴极电极铜条在其上侧横向排列，阳极电极和阴极电极铜条和阴极电极和弯头电极铜棒以及阴极电极铜棒纵向设置体具有多个板阴极电极，和用于循环水的泵设置在过滤槽储存液体，和溢流口被布置在罐电解清洗的一侧上，并且被连接到箱液体储存过滤器通过溢流管，另一侧设有循环进水口。

A plurality of anode electrode copper strips and a plurality of cathode electrode copper strips are horizontally arranged on the upper side, the anode electrode and cathode electrode copper strips and cathode electrode and elbow electrode copper rod as well as the longitudinal setting body of cathode electrode copper rod are provided with a plurality of plate cathode electrodes, a pump for circulating water is arranged on the filter tank to store liquid, and an overflow port is arranged on one side of the tank for electrolytic cleaning, And it is connected to the tank, the liquid storage filter passes through the overflow pipe, and the other side is provided with a circulating water inlet.

通过进水管与储液过滤器水箱内的循环水泵连接，水管内设有过滤器，液体储存过滤罐入口，液体储存过滤罐、的底侧单独提供，有一个带阀门的排水口，目的探讨合理使用超声波清洗机，达到佳清洗效果，该方法被分为两个机器超声波清洗，被固定在机器的不同深度位置的超声能量的瓶的检测。

The water inlet pipe is connected with the circulating water pump in the water tank of the liquid storage filter. There is a filter in the water pipe. The inlet of the liquid storage filter tank and the bottom side of the liquid storage filter tank are provided separately. There is a water outlet with a valve. The purpose of this paper is to explore the reasonable use of the ultrasonic cleaning machine to achieve the best cleaning effect, The first is the detection of ultrasonic energy bottles fixed at different depth positions of the machine.

通常第二个是超声能量放置在不同深度的机器上，清洗后用超声波能量瓶观察颜色是否变色，探讨超声波频率对清洗深度的影响，台机器通常在清洗溶液的下部改变颜色，但是清洗溶液的中间和上部没有变色，第二台机器将颜色改变为清洗溶液的任何深度清洗，结论超声频率不仅与清洗设备的准确性有关，而且与清洗深度有关，目的探讨合理使用超声波清洗机达到佳清洗效果。

Usually, the second one is that the ultrasonic energy is placed on the machine with different depths. After cleaning, the ultrasonic energy bottle is used to observe whether the color changes, and to explore the influence of ultrasonic frequency on the cleaning depth. The first machine usually changes the color at the lower part of the cleaning solution, but there is no color change at the middle and upper part of the cleaning solution. The second machine changes the color to any deep cleaning of the cleaning solution, Conclusion the ultrasonic frequency is not only related to the accuracy of cleaning equipment, but also related to the cleaning depth. Objective to explore the reasonable use of ultrasonic cleaning machine to achieve the best cleaning effect.