After the transducer converts high-frequency electrical energy into mechanical energy, it will generate high-frequency vibrations with small amplitude and spread to the solution in the cleaning tank. Under the action of the transducer, a large number of tiny vibrations will be continuously generated inside the cleaning solution. The bubbles burst instantly, and the bursting of each bubble will generate a shock wave of hundreds of degrees of high temperature and nearly a thousand atmospheres of pressure, thereby washing the workpiece clean.

It can also be divided into two simple points: first, after placing the flat glass on the glass cleaning machine, the glass is carried by the transmission roller into the brushing room, brushed by a brush sprayed with water, then enters the rinsing room, rinsed with pure water, and finally enters the air drying room where a specially designed high-pressure fan completely peels off the water film to achieve a dry and clean cleaning effect. This type of glass cleaning machine is characterized by energy saving, but there is noise. Second, after passing through the brushing room and rinsing room, only a gentle breeze is used, and an electric drying system is added to achieve a dry and clean cleaning effect.