The tableware that can be cleaned by the ultrasonic cleaning machine includes ceramic bowls, stainless steel tableware, containers, etc. Due to the wide range of specifications for ultrasonic cleaning machines, what is the appropriate size for choosing an ultrasonic cleaning machine when cleaning tableware? Firstly, we choose the appropriate size/power based on individual needsUltrasonic cleaning machineAlso, it is important to choose products with heating function, just like how we usually use hot water to clean tableware. Do you think the effect is better. Because there is grease attached to tableware, adding hot water and cleaning agents is necessary to achieve better results. Additionally, the presence of heating also increases our cleaning efficiency.
Next, let's learn about the cleaning process of an ultrasonic cleaning machine?
Place the tableware in the ultrasonic cleaning agent tank, pour in an appropriate amount of water and cleaning agent to adjust the time and temperature (please refer to the instruction manual for machine operation details).Ultrasonic cleaning machineIt is an electromechanical product that uses ultrasonic transducers made of piezoelectric ceramic materials to convert ultrasonic frequency oscillations into mechanical vibrations, generating ultrasonic vibrations in liquid to clean tableware. Ultrasonic waves can penetrate solid materials, causing the entire cleaning medium to vibrate and generate cavitation bubbles. This cleaning method is suitable for cleaning tableware and can effectively clean stains and liquids in crevices, resulting in a very high level of cleanliness. When the sound pressure or intensity reaches a certain level of pressure, bubbles will rapidly expand and then suddenly close. During this process, the moment the bubble closes, a shock wave is generated, which directly and repeatedly impacts the stains adhered to the tableware. Many people may ask that bubbles cannot be seen during the cleaning process. Yes, because the ultrasonic frequency is very high, with a frequency of 40KHz per second, we cannot see the process of bubble generation and closure with the naked eye. It is because of this high-frequency operation that the cleaning effect is so obvious. If there are slight ripples on the water surface, the machine is working normally, or you can put your fingers in it to try it out and experience it firsthand.