1.在喷涂处理领域：于此领域，超声波清洗机主要清洗外表附属物：不但包含油、机械切屑、磨料、浮尘、抛光蜡等，还涉及电镀前的去除积炭、去除氧化皮、去除抛光膏、去油去锈、离子镀前清洗、磷化工艺处理，金属工件表面活化处理等。不锈钢抛光制品、不锈钢刀具、厨具、刀具、锁具、灯饰、手饰的喷涂前处理、电镀前清洗。

1. In the field of spray coating treatment solutions: In this field, ultrasonic cleaning machines mainly clean external attachments, including oil, mechanical chips, abrasives, floating dust, polishing wax, etc., and also involve the removal of carbon deposits, oxide skin, polishing paste, oil and rust, pre ion plating cleaning, phosphating process treatment, metal workpiece surface activation treatment, etc. before electroplating. Pre coating treatment and pre electroplating cleaning of stainless steel polished products, stainless steel cutting tools, kitchenware, cutting tools, locks, lighting fixtures, and hand decorations.

2.在机械行业：于此领域，超声波清洗机主要从事的是切削油、磨粒、铁屑、浮尘、指纹的清洗。包含防锈油脂的去除、量具的清洗、机械零部件的去油去锈;发动机、发动机零件、变速箱、减振器、轴瓦、油嘴、缸体、阀体、化油器及汽车零件及底盘漆前去油、去锈、磷化前的清洗;过滤装置、活塞配件等，尤其是在铁路行业，对列车车厢空调的去油去污、对列车车头各部件的防生锈、去锈、去油特别适合。

2. In the machinery industry: in this field, ultrasonic cleaners are mainly engaged in cleaning cutting fluid, abrasive particles, iron filings, floating dust and fingerprints. Including the removal of rust resistant grease, cleaning of measuring tools, and oil and rust removal of mechanical components; Clean the engine, engine parts, gearbox, shock absorber, bearing shells, oil nozzles, cylinder body, valve body, carburetor, and automotive parts and chassis before painting, rust removal, and phosphating; Filter devices, piston accessories, etc., especially in the railway industry, are particularly suitable for oil and dirt removal of train carriage air conditioners, rust prevention, rust removal, and oil removal of various components at the front of trains.

3.在制药行业领域：超声波清洗技术历经诸多药企的应用而获得广泛使用，尤其是对口服液瓶、西林瓶、安瓶、大输液瓶的清洗以及对于丁基胶塞、天然胶塞的清洗方面，已经得到了大部分客户青睐。

3. In the pharmaceutical industry: Ultrasonic cleaning technology has been widely used by many pharmaceutical companies, especially in the cleaning of oral liquid bottles, penicillin bottles, ampoules, large infusion bottles, as well as the cleaning of butyl rubber stoppers and natural rubber stoppers, which has been favored by most customers.

4.在微粉业领域：在微粉业领域，客户要想获得不同大小的颗粒，需要将破碎料放在球磨机内研磨后，之后历经不同规格筛子层层筛分即可获得。可是筛子长时间使用后，筛孔会被堵塞(如金刚石筛)，用别的方法刷洗会损害筛子，且难以达到预期实际效果。反过来，用超声波清洗机可以恰到好处地避免上述问题，在清洗干净的同时还不会产生物体的损坏。

4. In the field of micro powder industry: In the field of micro powder industry, if customers want to obtain particles of different sizes, they need to grind the crushed materials in a ball mill, and then pass through different specifications of sieves layer by layer to obtain them. However, after prolonged use of the sieve, the sieve holes will be blocked (such as diamond screens), and brushing with other methods will damage the sieve, making it difficult to achieve the expected actual effect. On the contrary, using an ultrasonic cleaning machine can effectively avoid the above-mentioned problems, and it will not cause damage to objects while cleaning them thoroughly.

5、超声波对金属的清洗：金属棒材经挤压成丝后，金属丝的外部多伴随一层碳化膜和油，用酸清洗或者其它清洗方法，难以让污渍去除，超声波洗丝机是按照实际生产需要量身定做的一种连续走丝，清洗机械，粗洗部分由清洁液储槽、换能器、循环水泵、过滤装置及各类管道系统构成，金属丝经超声波粗洗精洗后，再经吹干，进而进行整个清洗过程。

5. Ultrasonic cleaning of metal: After the metal rod is extruded into wire, the outer surface of the wire is often accompanied by a layer of carbonized film and oil. Acid cleaning or other cleaning methods make it difficult to remove stains. The ultrasonic wire washing machine is a continuous wire walking and efficient cleaning machine tailored to actual production needs. The rough washing part is composed of a cleaning solution storage tank, transducers, circulating water pumps, filtering devices, and various pipeline systems, After rough ultrasonic cleaning and fine washing, the metal wire is blown dry, and then the entire cleaning process is carried out.

6、在磷化工艺处理领域：毫无疑问，产品喷涂前处理工艺关重要，通常的传统技术使用酸液对工件予以处理，对环境污染问题偏重，且工作环境比较差。工件喷涂后，有可能出现锈蚀状况，进而毁坏涂层外表，严重危害产品外观和内在质量。超声波清洗技术的使用不但可以使物体表面和缝隙之间的污渍快速脱落，并且涂装件喷涂层牢固并不会返锈。7.在服务行业中的应用。日常生产过程中，眼镜、首饰都可以使用超声波进行清洗，速度更快，无损伤，大型的宾馆、饭店用来清洗餐具，不但清洗效果明显，还具备消灭作用。

6. In the field of phosphating process treatment: Undoubtedly, the pre-treatment process before product spraying is crucial. The traditional technology usually uses acid solution to treat the workpiece, which places a heavy emphasis on environmental pollution and the working environment is relatively poor. After spraying the workpiece, there is a possibility of rusting, which can damage the surface of the coating and seriously endanger the appearance and internal quality of the product. The use of ultrasonic cleaning technology can not only quickly remove stains between the surface and gaps of objects, but also ensure that the sprayed layer of the coated parts is firm and does not rust back. 7. Application in the service industry. In the daily production process, glasses and jewelry can be cleaned using ultrasound, which is faster and undamaged. Large hotels and restaurants use it to clean tableware, which not only has obvious cleaning effects but also has antibacterial effects.