A comparison between ultrasonic cleaners and traditional cleaning methods
Addtime：2020-05-25 22:20:24 Visits：1052 Share：
Ultrasonic cleaner
1. Ultrasonic cleaning has a good effect. Traditional manual cleaning cannot guarantee the cleaning effect and is time-consuming and labor-intensive. For some paint and electroplating industries, as well as some mechanical industries with a lot of oil stains, the disadvantages of traditional cleaning are fully exposed. The cleaning of oil stains and attachments in these industries is extremely difficult. Moreover, for some structurally complex machinery, traditional cleaning methods cannot thoroughly and deeply clean these machines. The emergence of ultrasonic cleaning has solved these problems. Ultrasonic waves achieve all-round and thorough cleaning by utilizing cavitation and the high-frequency conversion of liquids.
2. High cleaning efficiency. Ultrasonic cleaning utilizes unique technology to achieve a cleaning speed far greater than that of traditional manual cleaning. The workload of an ultrasonic cleaner in one hour is equivalent to that of a traditional cleaner in two days.
3. Wide range of application fields. Ultrasonic waves are applied in ultrasonic teeth cleaning, ultrasonic lens cleaning, ultrasonic pharmaceutical cleaning, ultrasonic tableware cleaning, etc. Whether it is the service industry, the pharmaceutical industry, the micro-powder industry or the more common industrial electronics industry, the application fields of ultrasonic waves are unprecedentedly wide.
4. Energy conservation, environmental protection, safety and hygiene. The ultrasonic cleaning process is actually a physical process, which does not involve the reaction or change of substances. Therefore, the application of ultrasonic cleaning in the food industry is also very extensive. Ultrasonic cleaning machines have been recognized by people in various industries for their safety, efficiency and economy. In the future, ultrasonic cleaning machines will develop towards intelligence and automation.
