Focuses on the research and development, manufacturing, and technical services of industrial cleaning equipment

What Can a Laboratory Ultrasonic Cleaner Clean?


Nowadays, more and more laboratories are recognizing the convenience and practicality of ultrasonic cleaning. The inner walls of laboratory glassware have long been a challenge—areas that are hard to reach and clean thoroughly by hand. Laboratory ultrasonic cleaners solve this problem effectively. Laboratories have extremely high requirements for the cleanliness of equipment, and traditional manual cleaning methods cannot achieve the desired level of cleanliness. This is because the inner walls of laboratory equipment are simply inaccessible with conventional cleaning methods. However, laboratory ultrasonic cleaners can definitely get the job done. Thanks to their high-frequency vibrations, reaching up to 40,000 oscillations per second, there is no area that ultrasonic waves cannot clean.

樱科自动化清洗设备

 

Application of Ultrasonic Cleaners in the Laboratory Industry,The application of ultrasonic cleaners in the laboratory industry mainly includes cleaning dirt on the inner walls of beakers and test tubes, as well as auxiliary functions such as mixing, extraction, and emulsification. Due to the ability of ultrasonic energy to penetrate the inner walls of glassware and reach tiny gaps, small holes, and dead corners, ultrasonic cleaners can be applied to the cleaning of any glassware, test tubes, beakers, components, or assemblies. When the objects to be cleaned are precision glassware, components, or assemblies, ultrasonic cleaning often becomes the only cleaning method that can meet their special technical requirements.
 
Yingke laboratory-specific ultrasonic cleaner is an indispensable professional cleaning equipment for cleaning glass beakers, test tubes, droppers, flasks, petri dishes, etc. Our product is designed based on years of teaching experience collaborating with university laboratory teachers, summarized and analyzed to be the most suitable cleaning product for university laboratories. It features heating function, timing function, a noise-reducing cover, a mesh rack, a drain valve, an elegant and attractive appearance, and long-lasting durability.

 

Ultrasonic waves cause no physical damage to the cleaned objects and can remove oil, dust, and rust, as well as aid in drying. The cleaning temperature is adjustable, the working time is adjustable, and cleaning programs can be set independently. The machine body is made of high-quality 304 stainless steel, offering excellent corrosion resistance and waterproof performance. Ultrasonic waves act on water to achieve thorough, rapid, and non-destructive cleaning of various medical instruments, irregular parts, precision components, and tiny blind holes that are difficult to reach manually.

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