启航彩超声波清洗机清洗有哪些优势，其实超声波清洗机的优点有很多。 超声波清洗机的主要优点：高精度的清洗，快速高 效，可节省劳动力，一致性好等众多优势。超声波清洗设备采用超声波清洗的原理，可以达到物件全 面洁净的清洗效果，特别对深孔，盲孔，凹凸槽清洗是蕞 理想的设备，不影响任何物件的材质及精度的仪器。

What are the advantages of ultrasonic cleaning machine? In fact, there are many advantages of ultrasonic cleaning machine. The main advantages of ultrasonic cleaning machine: high precision cleaning, fast and efficient, labor saving, good consistency and many other advantages. Ultrasonic cleaning equipment adopts the principle of ultrasonic cleaning, which can achieve the cleaning effect of comprehensive cleaning of objects, especially for deep holes, blind holes and concave convex grooves, which does not affect the material and precision of any object.

一讲到电路板清洗这个话题，大家都会想到使用洗板水来清洗，PCB电路板焊 接过后表面残留的助焊剂与松香等。但是大家应该都知道洗板水对人体有一定的危害，在使用过程中应该避免身体直接与洗板水进行接触，且有一些电子线路板结构比较复杂的，用普通的清洗方法是比较难清洗到缝隙和细孔里面的。这时候线路板超声波清洗设备就起到了不可替代的作用。为大家讲讲超声波清洗设备清洗电子线路板到底有什么优势。

启航彩When it comes to the topic of circuit board cleaning, everyone will think of using washing water to clean PCB, such as residual flux and rosin on the surface of PCB after soldering. However, we should all know that washing water has certain harm to human body. In the process of using, we should avoid direct contact between the body and the washing water. Moreover, some electronic circuit board structures are more complex, and it is difficult to clean the cracks and pores with ordinary cleaning methods. At this time, the circuit board ultrasonic cleaning equipment has played an irreplaceable role. Let's talk about the advantages of cleaning electronic circuit board with ultrasonic cleaning equipment.

一、使用超声波清洗设备清洗电子线路板有着高精度的清洗优势，这还得归结于超声波清洗设备原理。由于超 声波的作用能够穿透细微的缝隙和小孔，故可以应用于形状、结构复杂的物件清洗，当然也包括电子线路板的清洗。

1、 Using ultrasonic cleaning equipment to clean electronic circuit board has the advantage of high-precision cleaning, which can be attributed to the principle of ultrasonic cleaning equipment. Because of its ability to penetrate tiny gaps and small holes, ultrasonic can be used to clean objects with complex shapes and structures, including electronic circuit boards.

二、快速高 效也是超声波清洗机相对于常规清洗方法的一大优势，在电路板除尘除垢方面都要快得多。

2、 Fast and efficient is also a big advantage of ultrasonic cleaning machine compared with conventional cleaning methods, in circuit board dust removal and descaling are much faster.

三、超声清洗可节省劳动力，这一点是大家毋庸置疑的，所以超声波清洗设备清洗电路板往往是蕞经济的清洗方式。

3、 There is no doubt that ultrasonic cleaning can save labor, so ultrasonic cleaning equipment is often the most economical way to clean circuit boards.

四、使用超声波清洗设备一致性好。无论电子线路板是大是小，结构简单还是复杂，单件还是批量或在自动超 声波流水线上，使用超声波清洗设备清洗电路板都可以获得手工清洗无可比拟的均一清洁度。

4、 The consistency of ultrasonic cleaning equipment is good. No matter whether the electronic circuit board is large or small, simple or complex structure, single or batch or in the automatic ultrasonic assembly line, using ultrasonic cleaning equipment to clean the circuit board can obtain a uniform cleanliness unmatched by manual cleaning.

相比其它的清洗方式，超 声波清洗具有不可逾越的优越性。尤其在专 业化、集团化的生产企业中，已逐渐使用超声波清洗设备取代了传统浸洗、手工刷洗、压力冲洗和蒸气清洗等工艺方法。对一般的除油、除锈、防锈、鳞化等工艺过程，使用超 声波清洗只需两三分钟即可完成，其清洗速度比传统方法可提高几倍到几十倍，清洁度也能达到高标准，这在许多对产品表面质量和生产率要求较高的场合，更突出地显示了用其它处理方法难以达到或不可取代的结果。综上所述：电子线路板的清洗采用超 声波清洗设备是蕞佳选择。

启航彩Compared with other cleaning methods, ultrasonic cleaning has insurmountable advantages. Especially in the specialized and collectivized production enterprises, ultrasonic cleaning equipment has gradually replaced the traditional immersion washing, manual brushing, pressure washing and steam cleaning. For general oil removal, rust removal, rust prevention, scaling and other processes, use the Acoustic wave cleaning can be completed in two or three minutes, and the cleaning speed can be several times to dozens times higher than that of traditional methods, and the cleanliness can also reach high standards. In many occasions with high requirements for product surface quality and productivity, it highlights the results that can not be achieved or replaced by other treatment methods. To sum up: electronic circuit board cleaning using ultrasonic cleaning equipment is the best choice.