全自动超声波清洗机的使用是随着生产中应用有了更好的发展，对于在我们的科技进步中超声波清洗机的使用中也就会使得以后的应用有了更好的生产，在以后的科技生产中也就能够使得以后的科技生产中有了更好的发展，  全自动超声波清洗机的具体使用中都有哪些主要的特点呢?

The use of automatic ultrasonic cleaning machine has a better development with the application in production. In our scientific and technological progress, the use of ultrasonic cleaning machine will make the future application have better production, and in the future scientific and technological production, it can make the future scientific and technological production have better development, What are the main features of automatic ultrasonic cleaning machine?

一方面破坏污物与清洗件表面的吸附，另一方面能引起污物层的疲劳破坏而被驳离，气体型气泡的振动对固体表面进行擦洗，污层一旦有缝可钻，气泡立即“钻入”振动使污层脱落，由于空化作用，两种液体在界面迅速分散而乳化，当固体粒子被油污裹着而粘附在清洗件表面时，油被乳化、固体粒子自行脱落。

启航彩On the one hand, it can destroy the adsorption between the dirt and the surface of the cleaning part, on the other hand, it can cause the fatigue damage of the dirt layer and be detached. The vibration of the gas bubble scrubbes the solid surface. Once the dirt layer has a seam to drill, the bubbles "drill in" and vibrate to make the dirty layer fall off. Due to the cavitation effect, the two liquids disperse rapidly at the interface and emulsify. When the solid particles are wrapped by the oil, they adhere to the solid surface When cleaning the surface of the parts, the oil is emulsified and the solid particles fall off.

超声在清洗液中传播时会产生正负交变的声压，形成射流，冲击清洗件，同时由于非线性效应会产生声流和微声流，而超声空化在固体和液体界面会产生高速的微射流，由此可见，凡是液体能浸到且声场存在的地方都有清洗作用，其特点适用于表面形状非常复杂的零件的清洗。尤其是采用这一技术后，可减少化学溶剂的用量，从而大大的降低环境的污染。

启航彩When ultrasonic propagates in the cleaning fluid, it will produce positive and negative alternating sound pressure, form jet and impact the cleaning parts. At the same time, due to the nonlinear effect, the acoustic flow and micro acoustic flow will be generated, and the ultrasonic cavitation will produce high-speed micro jet at the interface between solid and liquid. It can be seen that any place where the liquid can be immersed and the sound field exists has the cleaning effect, and its characteristics are suitable for those with complex surface shape Cleaning of parts. In particular, the use of this technology can reduce the amount of chemical solvents, thus greatly reducing environmental pollution.

启航彩全自动超声波清洗机的使用中也就会使得在以后的应用发展生产中也就会在以后的应用中有了应用。

The use of automatic ultrasonic cleaning machine will also make in the future development of applications, production will also have applications in the future.

全自动超声波清洗机应用的场合一般是准确清洗，所以在使用超声波清洗机的时候就不得不谈到清洗精度。超声波清洗机的自身特点就是清洗精度高，所谓精度高是指对被清洗的物件没有损伤，对多个物件清洗的程度一致。但是，在使用超声波清洗的时候，尤其是对油污的工件清洗，超声波清洗机还是需要借助清洗液。

启航彩The application of automatic ultrasonic cleaning machine is generally accurate cleaning, so when using ultrasonic cleaning machine, we have to talk about the cleaning accuracy. The characteristic of ultrasonic cleaning machine is high cleaning precision. The so-called high precision refers to no damage to the object to be cleaned, and the degree of cleaning multiple objects is consistent. However, in the use of ultrasonic cleaning, especially for oily workpiece cleaning, ultrasonic cleaning machine or need to use cleaning fluid.

启航彩我们都知道清洗液的主要成分是活性物质加上一定碱或者酸性。经过这些物质清洗后，虽然达到了清洗的目的，但是在工件表面会附着一定酸性或者碱性。长期的留存对关键表面势必有一定的影响，因此就须再次经过漂洗。漂洗的方式多种多样。有超声波清洗机再次使用清水漂洗，也有冲淋漂洗，也有爆破气浪漂洗。

We all know that the main component of cleaning fluid is active substance plus certain alkali or acid. After these substances are cleaned, although the purpose of cleaning is achieved, a certain amount of acid or alkaline will be attached to the surface of the workpiece. Long term retention of the critical surface is bound to have a certain impact, so it has to be rinsed again. There are many ways to rinse. There are ultrasonic cleaning machine to rinse again with water, rinse and rinse, and blast wave rinsing.

这些清洗的方式，都能达到漂洗的效果，具体使用哪种方式，要根据你的工件漂洗的要求。这样的附件，在许多清洗中越来越被客户接受和认可。

启航彩These cleaning methods, can achieve the effect of rinsing, the specific use of which way, according to your workpiece rinsing requirements. Such accessories are more and more accepted and recognized by customers in many cleaning processes.