相比其它多种的清洗方式，超声波清洗机显现出了庞大的优越性，特别在专业化集团化的消费企业中，已逐渐用超声波清洗机取代了传统浸洗，刷洗，压力冲洗，振清洗和蒸气清洗等工艺方法，超声波清洗机的高效率和高清洁度，得益于其声波在介中传播时产生的穿透性和空化冲击波。

Compared with various other cleaning methods, ultrasonic cleaning machines have shown significant advantages, especially in specialized and group oriented consumer enterprises. Ultrasonic cleaning machines have gradually replaced traditional immersion, brushing, pressure rinsing, vibration cleaning, and steam cleaning processes. The high efficiency and high cleanliness of ultrasonic cleaning machines are due to the penetrability and cavitation shock waves generated by their sound waves propagating in the medium.

所以很容易将带有复杂外形，内腔和细空的零件清洗干净，对普通的除油，防锈，磷化等工艺过程，在超声波作用下只需两三分钟可完成，其速度比传统方法可进步几倍到几十倍，清洁度也能达超声波清洗机到高标准，这在许多产品表面质量和消费率恳求较高的场所，更突出地显现了用其它处置方法难以抵达或可取代的结果。

So it is easy to clean parts with complex shapes, inner cavities, and small voids. For ordinary processes such as oil removal, rust prevention, phosphating, etc., they can be completed in just two or three minutes under the action of ultrasound. The speed can be improved several times to dozens of times compared to traditional methods, and the cleanliness can also reach the high standard of ultrasonic cleaning machines. This highlights the results that are difficult to achieve or can be replaced by other disposal methods in many places where the surface quality and consumption rate of products are high.

超声波清洗机主要由超声波清洗槽和超声波发作器两部分构成，超声波清洗槽采用稳固，弹性好，耐腐蚀的优质不锈钢制成，底部或侧边安装有超声波换能器振子，超声波发作器产生高频高压，经过电缆衔接线传导给换能器，换能器与振动板一同产生高频共振，从而使清洗槽中的溶剂受超声波作用对污垢中止洗净。

The ultrasonic cleaning machine mainly consists of two parts: an ultrasonic cleaning tank and an ultrasonic generator. The ultrasonic cleaning tank is made of high-quality stainless steel that is stable, elastic, and corrosion-resistant. The bottom or sides are equipped with ultrasonic transducers and oscillators. The ultrasonic generator generates high frequency and high voltage, which is transmitted to the transducer through cable connections. The transducer resonates with the vibrating plate at high frequency, causing the solvent in the cleaning tank to stop cleaning dirt under the action of ultrasonic waves.

超声波清洗机的清洗作用怎样，超声波清洗机这是许多客户在置办这一设备之前的疑问，怕买来没用，洗不干净，白出钱，其实作用怎样，要看洗什么物件，是用于哪些方面的运用。

What is the cleaning function of ultrasonic cleaning machine? Ultrasonic cleaning machine is a question that many customers have before purchasing this equipment. They are afraid that it will not be useful, cannot be cleaned thoroughly, and will cost nothing. In fact, the function depends on what object is being cleaned and what application it is used for.

但大多是表面较硬的物件，如五金件，金属件，SMT吸嘴，电路板，玻璃镜片，烧杯容器，塑胶壳，模具，金银饰品等等，用于除尘，去油，除锈，去氧化等，在这些方面，超声波清洗的作用是非常超卓的，功率高，作用好。

But most of them are objects with relatively hard surfaces, such as hardware, metal parts, SMT nozzles, circuit boards, glass lenses, beaker containers, plastic shells, molds, gold and silver jewelry, etc., used for dust removal, degreasing, rust removal, oxidation removal, etc. In these aspects, ultrasonic cleaning is very effective, with high power and good results.

为什么作用好，功率高呢，让我们理解下其作业原理，简单的说便是经过超声波发作器发作高频的超声波，经过换能器超声波清洗机（即超声波震头）发作高频率的惊扰，作用于清洗槽内的液体介质（普通水，酒精，洗板水，清洗剂等），发作空化气泡，无数个纤细的气泡不时发作并爆裂，发作的冲击不时冲击着物件表面，使得表面的尘垢脱离，然后抵达清洗作用。

Why does it work well and have high power? Let's understand its working principle. Simply put, it is to generate high-frequency ultrasonic waves through an ultrasonic generator, and then generate high-frequency disturbances through a transducer ultrasonic cleaning machine (i.e. ultrasonic vibration head), which act on the liquid medium (ordinary water, alcohol, plate cleaning water, cleaning agent, etc.) in the cleaning tank, causing cavitation bubbles. Countless fine bubbles occasionally burst and burst, and the impact of the attack occasionally hits the surface of the object, causing the dust and dirt on the surface to detach and then reach the cleaning effect.

既然是经过液体来冲刷物件，所以超声波清洗可以说是无孔不入，无缝不到，清洗非常全面，关于有缝隙角落或许有孔槽或许容器内壁的清洗作用就愈加明显了，由于物件浸没在液体中，所以各个表面都能一同被清洗，功率比拟人工就高许多了。

Since the object is washed by liquid, ultrasonic cleaning can be said to be ubiquitous and seamless, and the cleaning is very comprehensive. As for the cleaning effect of gaps, corners, holes, grooves, or container walls, it is even more obvious. Due to the immersion of the object in the liquid, all surfaces can be cleaned together, and the power is much higher than manual cleaning.