Automatic polishing wax cleaning machine for hardware industry

Three-tank aluminum degreasing ultrasonic cleaning machine

One: 1 tank agent ultrasonic cleaning
※ Inner groove size: 400 × 450 × 460mm (L × W × H)
※ Equipped with ultrasonic vibration board, power: 1200W
※ The number of ultrasonic vibrators: 24
※ Ultrasonic frequency: 28KHZ
※ Heating power: 4KW
※ In addition to the effective working depth of the shock plate: 360MM (the same below)
※ With automatic temperature control system, temperature control range: room temperature ~ 110 °C
※ With storage tank, heating power 4KW

Two: 2.3 tank pure water ultrasonic rinsing
※ Inner groove size: 400×450×460mm (L×W×H)
※ Equipped with ultrasonic vibration board, power: 1200W
※ Ultrasonic frequency: 40KHZ
※ The number of ultrasonic vibrators: 24
※ Heating power: 4KW
※With automatic temperature control system, temperature control range: room temperature ~ 110 °C
Three: electrical control system
The control part of the machine is integrally assembled with the equipment and is located at the upper part of the 1, 2, and 3 slots. Centrally install each operation switch, time controller, alarm and each operation indicator.
Fourth, the main materials
1. The cleaning tank and the exterior decorative door panel are all made of imported SUS304 stainless steel plate; the panel is made of 1.0mm mirror panel;
2. The ultrasonic vibrator uses the Japanese "Bondo" wafer vibrator;
3. The circulating pump is a “Juyuan” corrosion-resistant stainless steel pump;
4. The contactor adopts the French "Schneider" product;
5. Other major electrical appliances are assembled using imported high quality parts;
Five: Ultrasonic principle:
The basic principle and characteristics of ultrasonic
The 28/40 KHZ super-audio electrical signal generated by the ultrasonic generator is converted into a mechanical oscillation of the same frequency by the piezoelectric effect of the transducer and radiated in the cleaning liquid in the form of a super-audio mechanical wave. Due to the alternating action of the positive pressure zone and the negative pressure zone of the super-audio mechanical 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 of the object and the gap is rapid. Peeling, this is the "cavitation effect" unique to ultrasonic cleaning.