要想知道怎么使用超聲波清洗機除蠟，我們首先要了解蠟的作用和清洗要求，雖說除蠟不是什么大的工程，但也是需要技巧，也是有要求的，比如除蠟后的產品要保持原有不改變，尤其是形狀，大小、還有性質。講細一點的話就是產品表面要平整，沒有蠟漬殘留，沒有劃痕，沒有凹凸坑洼，因為蠟不溶于水，涂的時候比較薄而且均勻，一般要完全清洗掉還是都比較難。

　　To know how to use an ultrasonic cleaning machine to remove wax, we first need to understand the function and cleaning requirements of wax. Although wax removal is not a major project, it still requires skills and requirements, such as maintaining the original shape, size, and properties of the product after wax removal. To be more specific, the surface of the product should be smooth, without wax residue, scratches, bumps, and depressions. Because wax is insoluble in water, it is thin and even when applied, and it is generally difficult to completely clean it off.

　　客戶超聲波除蠟試洗產品

　　Customer ultrasonic wax removal test cleaning product

　　其實傳統的除蠟方式還是有很多的，比如簡單擦洗、除蠟溶劑浸泡、除蠟溶劑噴洗溶解或使用刀具刮除等，但這些方法要么投入使用的資金比較多，得不償失、要么清洗的效果不好，要么是清洗過程中損害產品的原樣，提高了產品報廢率，造成巨大損失。那超聲波清洗機是如何除蠟的呢？

　　In fact, there are still many traditional ways to remove wax, such as simple scrubbing, soaking in wax removal solvents, spraying and dissolving wax removal solvents, or using cutting tools to scrape off. However, these methods either require more investment and are not worth the loss, or the cleaning effect is poor, or the original product is damaged during the cleaning process, increasing the product scrap rate and causing huge losses. How does the ultrasonic cleaning machine remove wax?

　　隨著社會的發展，各種現代技術不斷得到應用。除蠟超聲波清洗機具有獨特的機械效應和熱效應，對蠟、臟污等污垢有很強的分解和分散能力，超聲波清洗擁有快速、高效、質量好、清潔度均勻、易于實現自動化，降低勞動強度等優點，因此超聲波清洗機廣泛應用于現代工業制造過程中，特別適用于多孔、復雜幾何形狀工件的超聲波除蠟的需求。

　　With the development of society, various modern technologies are constantly being applied. The wax removal ultrasonic cleaning machine has unique mechanical and thermal effects, and has strong decomposition and dispersion ability for wax, dirt and other dirt. Ultrasonic cleaning has the advantages of fast, efficient, good quality, uniform cleanliness, easy automation, and reduced labor intensity. Therefore, ultrasonic cleaning machines are widely used in modern industrial manufacturing processes, especially for the ultrasonic wax removal needs of porous and complex geometric workpieces.

　　超聲波清洗是利用電流通過震子時產生的超聲波作用于清洗液介質中，瞬間產生數以萬計的微小氣泡，氣泡會隨著壓力的增加逐漸變大最后破裂，氣泡的不斷產生和破裂，逐漸破壞、分解、剝離物表面的蠟漬等，從而使得蠟、塵、油污等污漬從工件脫落。超聲波能360度清洗，且不會損傷到物體表面，可大規模清洗。具有高效性、適應性和不損傷產品等特點，是現代化企業清洗的必備設備。

　　Ultrasonic cleaning is the process of using ultrasonic waves generated by the current passing through a vibrator to act on the cleaning solution medium, instantly generating tens of thousands of tiny bubbles. The bubbles gradually increase in size with the increase of pressure and eventually burst. The continuous generation and rupture of bubbles gradually destroy, decompose, and peel off wax stains on the surface of the object, thereby causing wax, dust, oil stains, and other stains to fall off from the workpiece. Ultrasonic waves can clean 360 degrees without damaging the surface of objects, making them suitable for large-scale cleaning. It has the characteristics of high efficiency, adaptability, and no damage to products, and is an essential equipment for modern enterprise cleaning.

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