2500W 40KHZ Ultrasonic System Slashes Injection Mold Cleaning Machine And Generator Control Box

2500W 40KHZ Ultrasonic System Slashes Injection Mold Cleaning Machine And Generator Control Box

The principle of ultrasonic mold cleaning machine is mainly to convert electrical energy into mechanical energy, and through physical vibration, separate the dirt from the cleaning material in the cleaning medium. Specifically, the single groove mold cleaning machine is mainly composed of three parts: an ultrasonic generator, an ultrasonic transducer, and a cleaning tank. During operation, appropriate cleaning agent media are added to achieve ultrasonic cleaning. The ultrasonic generator, equivalent to the controller of the entire cleaning system, is mainly used to convert municipal electricity into high-frequency AC current that matches the ultrasonic transducer, driving the operation of the ultrasonic transducer; The transducer converts the sound energy from a preset power ultrasonic frequency source into mechanical vibration waves that, under the reflection of the cleaning tank wall, radiate ultrasonic waves to the cleaning fluid in the tank. Under the radiation of ultrasound, the liquid microbubbles in the water tank generate and maintain a corresponding frequency of vibration. At this time, bubbles in the liquid medium will generate cavitation, and the cavitation nucleus will generate about 1000 atmospheric pressures around it, destroying insoluble dirt and dispersing them in the cleaning fluid, and damaging the adsorption of dirt and the surface of the cleaning piece, causing fatigue damage to the adhesion of the dirt layer and being peeled off. On the other hand, the vibration generated by gas type bubbles will also scrub the solid surface. The final mold cleaning machine achieves the removal of rust, gas residues, carbon deposits, oil stains, and plastic residues from the surface of plastic molds, cleaning dirt that cannot be manually removed from the narrow gaps of the mold, without damaging the smooth metal surface of the mold.