1．清洗更干凈
1. Cleaner cleaning
超聲波清洗機原理表明該種方式非常適合清洗形狀復雜的構件。這類零部件若用人工清洗，有很多部位是難以或無法清洗到的。清洗劑只能溶解部分污垢，對于頑固污垢及零件內部的污垢也是力不從心。超聲波清洗機技術清洗是一種奇妙的物理清洗，猶如無數小同時爆破清除物體的內外表面，如再結合清洗劑的化學清洗，因此可以使傳統方法無法完成的內表面及內孔的清洗一次完成。
The principle of ultrasonic cleaning machine shows that this method is very suitable for cleaning components with complex shapes. If such parts are cleaned manually, many parts are difficult or impossible to clean. The cleaning agent can only dissolve part of the dirt, and it is also inadequate for stubborn dirt and dirt inside the parts. The technical cleaning of ultrasonic cleaning machine is a kind of wonderful physical cleaning. It is like the blasting of countless small bombs to remove the internal and external surfaces of objects at the same time. For example, the chemical cleaning combined with cleaning agent can make the cleaning of internal surfaces and holes that cannot be completed by traditional methods be completed at one time.
2．節約能源
2. Energy conservation
小型零部件的清洗目前多使用汽油或柴油刷洗，因此操作安全系數很低，易造成事故。而超聲波技術清洗使用水基清洗劑，無事故隱患。
At present, small parts are mostly cleaned with gasoline or diesel oil, so the operation safety factor is very low, which is easy to cause accidents. However, the ultrasonic technology uses water-based cleaning agent, which has no potential accident.
3．工作效率高
3. High efficiency
只需將零部件解體后放在清洗機的絲網料筐中并按一下開關即可自動清洗。
Simply disassemble the parts and put them in the wire mesh basket of the cleaning machine and press the switch to clean them automatically.

4．清洗成本低
4. Low cleaning cost
因清洗劑重復使用率高，耗材采購廉價， 在所有清洗方式中，清洗成本大體可分為：設備成本和消耗成本。超聲波清洗機設備使用壽命約為十年，除設備購置成本高于手工清洗和有機堿性溶劑刷洗外，低于氣相清洗和高壓水射流清洗。
Due to the high reuse rate of cleaning agent and the low cost of consumables, the cleaning cost can be divided into equipment cost and consumption cost in all cleaning methods. The service life of the ultrasonic cleaning machine is about 10 years, which is lower than gas phase cleaning and high-pressure water jet cleaning except that the equipment purchase cost is higher than manual cleaning and organic alkaline solvent brushing.
5.清洗效果好：就清洗方式而言，運用于工業清洗的清洗方式一般為手工清洗，有機溶劑清洗，蒸汽氣相清洗，高壓水射流清洗和超聲波清洗，根據清洗效果可以明顯地區分清洗的方式，超聲波清洗機被為當前效率較高，效果較好的清洗方式，其清洗效率達到了98%以上，清洗潔凈度也達到了較高級別，而傳統的手工清洗和有機溶劑清洗的清洗效率僅僅為60%-70%，即使是氣象清洗和高壓水射流清洗的清洗效率也低于90%，因此，在工業清洗中，超聲波清洗機以其效率高，效果好，適用于大工作量清洗的特性無疑是清洗的較佳選擇，這也是為什么凡是對潔凈度要求高的行業。
5. Good cleaning effect: In terms of cleaning methods, the cleaning methods used for industrial cleaning are generally manual cleaning, organic solvent cleaning, steam vapor phase cleaning, high-pressure water jet cleaning and ultrasonic cleaning. According to the cleaning effect, the cleaning methods can be clearly distinguished. The ultrasonic cleaning machine is internationally recognized as the current cleaning method with high efficiency and good effect, and its cleaning efficiency reaches more than 98%, The cleaning cleanliness has also reached a higher level, while the cleaning efficiency of traditional manual cleaning and organic solvent cleaning is only 60% - 70%, and even the cleaning efficiency of meteorological cleaning and high-pressure water jet cleaning is less than 90%. Therefore, in industrial cleaning, ultrasonic cleaning machine is undoubtedly a better choice for cleaning with its high efficiency and good effect, and is suitable for heavy workload cleaning, This is why all industries with high requirements for cleanliness.
濟南科爾超聲波設備有限公司專注通過式清洗機的生產發展服務,更多精彩內容請點擊:
Jinan Keer Ultrasonic Equipment Co., Ltd. focuses on the production and development services of walk-through cleaning machines. For more highlights, please click: