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With its diverse functionality and high efficiency, the multifunctional ultrasonic cleaner has become an indispensable tool in laboratory settings. Beyond traditional apparatus cleaning, it plays a crucial role at various stages of experimentation, such as degassing, emulsifying, mixing, and extracting. These devices challenge conventional methods, offering the precision and versatility required in modern experiments.

Laboratory Cleaning and Application Areas

One of the primary uses of multifunctional ultrasonic cleaners in laboratories is to provide efficient cleaning services. For test tubes, beakers, crucibles, and other laboratory glassware, ultrasonic cleaning guarantees cleanliness without damaging the materials. Its working principle involves using ultrasonic vibrations to generate cavitation effects in liquids, which rapidly remove micro-contaminants

Immersion ultrasonic cleaners are becoming increasingly popular across various industries due to their efficiency, environmental friendliness, and wide applicability. But how effective are they really? And how do you choose the right equipment and parameters to ensure optimal cleaning results?

Working Principle and Advantages of Immersion Ultrasonic Cleaners

Immersion ultrasonic cleaners operate by converting electrical energy into high-frequency mechanical vibrations using an ultrasonic transducer. These vibrations are transmitted through the cleaning solution to the workpiece surface. The high-frequency vibrations create countless microscopic bubbles in the cleaning solution, which implode, generating powerful shockwaves that dislodge and

Ultrasonic cleaning is internationally recognized as the highest efficiency, the best effect of the cleaning method, its cleaning efficiency of more than 98%, cleaning cleanliness also reached the highest level, while the traditional manual cleaning and organic solvent cleaning cleaning efficiency of only 60%-70%, even the gas phase cleaning and high-pressure water jet cleaning cleaning efficiency is less than 90%. Therefore, industrial ultrasonic cleaning machine with its high efficiency, good results, suitable for large workload cleaning characteristics is undoubtedly the best choice for cleaning, which is why all the high requirements for cleanliness of the industry, such as vacuum coating, optical equipment, medical equipment and other industries are to choose ultrasonic cleaning reasons.
The advantages of industrial ultrasonic cleaning machine are as follows.
① thorough cleaning workpiece dead ends: u

Generally speaking, in respect to the ultrasonic frequency, for hardware, mechanics, automobile and motorcycle as well as compressor industries, the cleaning is mostly realized by cleaners with 28KHZ frequency. For cleaning optics and photoelectron device and circuit boards, the frequency of 40KHZ will be applied, high-frequency ultrasonic cleaners are suitable for the refined cleaning of computers and microelectronic elements, megahertz ultrasonic cleaning is suitable for integrated circuit chips, silicon wafer and wave thin films, which can remove the dirt of micron and submicron level and don’t damage the cleaning components. As for the selection of ultrasonic power, if the ultrasonic power is too high, at this moment, the cavitation strength in fluid is increased significantly, the relatively refined components will produce corrosion points, and the water point corrosion will be enlarged, if the vibration panel has suffered from cavitation corrosion, there will be severe cavitation c

As the science and technology develops rapidly, the ultrasonic technology has been applied in the various fields of human life. It can be utilized for distance measurement, velocity measurement, cleaning, welding, stone breaking and sterilization and disinfection. It is also applied extensively in medicine, military, industry and agriculture. Though it is known to all,  people still have little knowledge of the application of ultrasonic device in cleaning industry. 

First of all, the major definition for ultrasonic cleaner is to clean the dirt on the device.

The main principle for ultrasonic cleaner is to transform the acoustic energy of power ultrasonic frequency source into mechanical vibration through transducer, and making it pass through the cleaning slot wall. With the help of irradiated ultrasonic, the microbubble of the fluid