The optical ultrasonic cleaner uses high-frequency ultrasonic signals to make liquid flow, creating countless tiny bubbles in the body. The closure of these bubbles produces instantaneous pressure, and the surface of the material constantly jumps, so that the stains in the surface and gap of the material quickly fall off, achieving a rapid cleaning effect. High quality optical ultrasonic cleaning machines have the following main systems.

First, the ultrasound system

Optical ultrasonic cleaning machine adopts the most advanced full display scanning ultrasonic system, the ultrasonic power is strong and symmetrical, can effectively prevent uneven and dead Angle cleaning. Ultrasonic high frequency cleaning workpiece "cavitation" impact makes the surface of the workpiece stains quickly fall off, to achieve its high cleanliness effect. Ultrasonic transducer adopts high power, high power, high power "Q" value transducer chip, strong ultrasonic power, high energy exchange efficiency, strong and durable.

Second, electronic control system

The optical ultrasonic cleaning machine is controlled by a switch with a light knob, simple operation, high cleaning efficiency, good effect, suitable for mass production and application. Optical ultrasonic cleaning machine is simple to operate, panel flexibility is high, stable and reliable, reduce human error; Process management using secret method, convenient parameter input and management, design and maintenance, to ensure the safety of operators and equipment.

Third, the superwave layout system

Ultrasonic layout system is an important part of optical ultrasonic cleaning machine, and its layout is directly related to the efficiency of the whole cleaning machine. The ultrasonic layout system is to set the bottom shock in the washing tank of the optical ultrasonic cleaning machine, which can effectively put all the bottom and top workpiece within the ultrasonic range, thus cleaning all directions and extremely high workpiece.

The whole cleaning process of optical ultrasonic cleaning machine is completed by manual control. After efficient ultrasonic cleaning, soaking and drying, the cleaning products meet the requirements of high cleanliness. This paper introduces several systems to achieve this series of work. The working process of the global optical ultrasonic cleaning machine is that the operator will put the workpiece cleaning basket into the tank, after a certain time of ultrasonic cleaning, ultrasonic soaking and slow pull dehydration, and then the cleaning basket is taken out manually.