1、干式超聲波清洗機在制藥工業的應用
1. Application of dry ultrasonic cleaner in pharmaceutical industry
超聲波清洗技術經過眾多制藥企業的應用而得到廣泛使用，特別是對西林瓶、口服液瓶、安瓶、大輸液瓶的清洗以及對丁基膠塞、天然膠塞的清洗方面，已經得到首肯。對于瓶類的清洗，是用超聲波清洗技術代替原有的毛刷機，它經過翻轉注水、超聲清洗、內外沖洗、空氣吹干、翻轉等流程而實現的。
Ultrasonic cleaning technology has been widely used by many pharmaceutical enterprises, especially in the cleaning of penicillin bottles, oral liquid bottles, ampoules, large infusion bottles, and the cleaning of butyl rubber stoppers and natural rubber stoppers. For the cleaning of bottles, ultrasonic cleaning technology is used to replace the original brush machine, which is realized through such processes as flipping water injection, ultrasonic cleaning, internal and external washing, air drying, flipping, etc.
2、干式超聲波清洗機在微粉業的應用
2. Application of dry ultrasonic cleaner in micro powder industry
眾所周知，要取得不同大小的顆粒，是把破碎料放在球磨機內研磨后，經過不同規格篩子層層篩分而得的。篩子長時間使用后，篩孔會被堵塞(如金剛石篩)，用其它方法刷洗會破壞篩子，且效果不理想，經過眾多廠家的試驗后，用超聲波清洗，不僅不損壞篩子，而且篩子上面的堵塞顆粒完全被回收。
As we all know, to obtain particles of different sizes, crushed materials are ground in a ball mill and sieved layer by layer through sieves of different specifications. After the screen is used for a long time, the screen hole will be blocked (such as the diamond screen). Brushing with other methods will damage the screen, and the effect is not ideal. After many manufacturers' tests, ultrasonic cleaning will not only not damage the screen, but also the blocked particles on the screen will be completely recycled.

3、干式超聲波清洗機技術在磷化處理中的應用
3. Application of dry ultrasonic cleaner technology in phosphating treatment
產品噴涂前處理工藝非常重要，一般的傳統工藝使用酸液對工件進行處理，對環境污染較重，工作環境較差，同時，大的弊端是結構復雜零件酸洗除銹后的殘酸很難沖洗干凈。工件噴涂后，時間不長，沿著夾縫出現銹蝕現象，破壞涂層表面，嚴重影響產品外觀和內在質量。超聲波清洗技術應用到涂裝前處理后，不僅能使物體表面和縫隙中的污垢迅速剝落，而且涂裝件噴涂層牢固不會返銹。
The pretreatment process of product spraying is very important. Generally, the traditional process uses acid solution to treat the workpiece, which causes heavy environmental pollution and poor working environment. At the same time, the biggest disadvantage is that the residual acid after pickling and derusting of parts with complex structures is difficult to clean. After the workpiece is sprayed for a short time, corrosion occurs along the seam, which damages the coating surface and seriously affects the appearance and internal quality of the product. After the application of ultrasonic cleaning technology to the pretreatment of painting, not only can the dirt in the surface and gap of objects peel off quickly, but also the coating layer of painted parts is firm and will not rust back.
4、干式超聲波清洗機對金屬的清洗
4. Cleaning of metal by dry ultrasonic cleaner
眾所周知，金屬棒材經擠壓成絲后，金屬絲的外部往往有一層碳化膜和油，用酸清洗或其它清洗方法，很難讓污物去除(尤其整盤絲)，超聲波洗絲機是根據實際生產需要而設計的一種連續走絲，高效清洗設備，粗洗部分由清洗液儲槽、換能器、循環泵、過濾器及配套管道系統組成，金屬絲經超聲波粗洗精洗后，再經過吹干，從而完成整個清洗過程。整套設備集成控制，簡潔、方便、效果好，廣泛用于鉭絲、鎢絲、鉬絲、鈮絲、銅絲(絕緣漆涂覆前)等其它金屬絲。
As we all know, after the metal bar is extruded into wire, there is often a layer of carbonization film and oil on the outside of the wire. It is difficult to remove the dirt (especially the whole coil of wire) by acid cleaning or other cleaning methods. The ultrasonic wire washing machine is a continuous wire walking and efficient cleaning equipment designed according to the actual production needs. The rough cleaning part consists of a cleaning solution storage tank, a transducer, a circulating pump, a filter and a supporting pipeline system, After ultrasonic rough washing and fine washing, the wire is dried to complete the whole cleaning process. The integrated control of the whole set of equipment is simple, convenient and effective. It is widely used for tantalum wire, tungsten wire, molybdenum wire, niobium wire, copper wire (before insulating paint coating) and other metal wires.
濟南科爾超聲波設備有限公司專注全自動超聲波清洗機,超聲波清洗機等產品的生產,更多的精彩內容請點擊進入：http://www.www.zzjixiang88.com.cn，我們會有更多精彩內容等您查看.
Jinan Keer Ultrasonic Equipment Co., Ltd. focuses on the production of full-automatic ultrasonic cleaners, ultrasonic cleaners and other products. For more highlights, please click here: http://www.www.zzjixiang88.com.cn , we will have more wonderful content for you to check