ultrasonic cleaner working principle: the acoustic energy of the power ultrasonic frequency source is converted into mechanical vibration through the transducer, and the cleaning liquid in the tank is radiated to the ultrasonic waves through the tank wall. Due to the ultrasonic waves radiated by the ultrasonic cleaner, the micro-bubbles in the liquid inside the tank can maintain vibration under the action of sound waves. When the sound pressure or sound intensity is subjected to pressure to a certain extent, the bubbles will rapidly expand and then suddenly close. During this process, the moment the bubbles close, shock waves are generated, creating a pressure of 1012-1013 Pa and local temperature regulation around the bubbles. The immense pressure produced by ultrasonic cavitation can break down insoluble dirt and dissolve it in the solution. The direct and repeated impact of steam-type cavitation on dirt. Under the action of ultrasonic waves, the cleaning solution is compressed and stretched, forming cavitation bubbles. Countless fine and dense bubbles burst under the action of the sound field, generating impact. This phenomenon is called cavitation. Ultrasonic cleaning equipment utilizes ultrasonic waves in liquids. "Cavitation" The phenomenon, in combination with the surface of the workpiece to be cleaned and the appropriate cleaning solution, can thoroughly clean the crevices, small holes and inner cavities that cannot be solved by manual cleaning, achieving an ideal cleaning effect. The characteristics of ultrasonic cleaning equipment: (1) Good cleaning effect, high cleanliness and consistent cleanliness of all workpieces; (2) Fast cleaning speed, replacing manual scrubbing and improving production efficiency; (3) No manual contact with the cleaning solution is required, which is environmentally friendly, scientific, safe and reliable. (4) It can clean deep holes, narrow crevices and hidden areas of the workpiece thoroughly without causing any damage to the surface of the workpiece. (5) Save solvents, thermal energy, working space and labor, etc. (6) It can be used for cleaning, dispersion, decomposition, emulsification, etc.

    The fully automatic ultrasonic cleaning process of the ultrasonic cleaning instrument is as follows: Manual loading by hand. — The first tank is an ultrasonic rough cleaning tank. — The second tank is an ultrasonic fine cleaning tank. — The third tank is for flushing with municipal water or pure water. — The fourth tank is for rinsing with municipal water or pure water. — The fifth tank is for rinsing with municipal water or pure water (or anti-rust immersion). — The sixth tank is a tunnel drying furnace equipment. — Manual cutting by hand.

              Organized and published: ultrasonic cleaner manufacturer Kejiemeng http:www.gzkjm.com