220V Ultrasonic Cleaning Machine , Ultrasonic Wave Cleaner 100MM Shock Plate

^{220V Ultrasonic Cleaning Machine , Ultrasonic Wave Cleaner 100MM Shock Plate}

^{Nine-slot optical glass ultrasonic cleaning machine}

^{One: The equipment cleans the workpiece:}

• ^{1-1 Name and materials: glass products, mobile phone touch screen panel glass.}
• ^{1-2 Workpiece size: 4 to 7 inch touch screen glass.}
• ^{1-3 User cleaning sub-blue specification: L310 × W240 × H100mm.}
• ^{1-4 Blue Discharge Method: Place two baskets in the cleaning tank and place them in a single layer.}
• ^{1-5 Cleaning tank specifications: L400×W600×H400mm (shock plate 100MM, effective depth 300MM).}

^{Two: Description of the equipment:
The cleaning machine is a special optical glass ultrasonic cleaning system. The cleaning process is controlled by PLC. 9 ultrasonic cleaning tanks made of stainless steel, ultrasonic rinsing tanks and slow pull tanks form a continuous working device. When working, the cleaning blue is manually placed on the loading table, and the conveying system sends the cleaning blue to each process in turn, and finally the material is discharged from the upper and lower materials. Except for loading and unloading, there is no manual intervention in the whole cleaning and drying process. The whole machine is fully enclosed and equipped with a detachable observation and maintenance door. The specific structure is shown in the attached drawings and the following description.}

^{Three: Take the shock board as an example, make a brief introduction:}

• The ultrasonic vibration working surface adopts chrome plating method to effectively extend the service life.
• ^{Number of ultrasonic vibrators: 24/slot, each with a power of 50W.}
• ^{Ultrasonic power: 1200 W / tank.}
• ^{Ultrasound frequency: 40KHZ.}
• ^{The ultrasonic output power is continuously adjustable, and all of them are imported from Japan NTK chip vibrators.}
• ^{The thickness of the shock plate is made of SUS 2.5MM stainless steel plate, and the surface is hard chrome-plated for durability.}

^{Four: Ultrasonic generator:
The super-audio electrical signal generated by the ultrasonic generator above 28 kHz is converted into mechanical oscillation of the same frequency by the piezoelectric inverse effect of the transducer, and is radiated in the cleaning liquid in the form of super-audio longitudinal waves. Due to the alternating positive and negative pressures of the super-audio longitudinal wave propagation, numerous tiny bubbles of more than 1000 atmospheres are generated and blasted at any time to form a fine local high-pressure bombardment on the surface of the cleaning object, so that the dirt on the surface and the gap of the object is rapidly peeled off. This is the "cavitation effect" unique to ultrasonic cleaning.}