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Compared with other cleaning methods, sonic cleaning has the advantages of high cleaning rate, less residue, short cleaning time and good cleaning effect. Ultrasonic has a cleaning effect on all the cleaned parts that can be soaked in liquid. It is not limited by the surface shape of the cleaning parts, such as deep holes, slits and grooves. can be cleaned. Since the ultrasonic generator adopts Class D working amplification, the electro-acoustic efficiency of the transducer is high, so ultrasonic cleaning has high efficiency and energy saving. It is a truly high-speed, high-quality cleaning technology that can be easily automated. If the cleaning agent is a non-ODS cleaning agent, it has a green cleaning effect. Ultrasonic cleaning has a good cleaning effect on objects with strong reflections such as glass and metal, but is not suitable for materials with strong sound absorption such as textiles, porous foam plastics, and rubber products.

Compared with various chemical, physical, electrochemical and ultrasonic cleaning methods, ultrasonic cleaning has the following unique advantages: · It can quickly and thoroughly remove various dirt on the surface of the workpiece.

·It can clean precision parts with complex shapes such as cavities and grooves.

·No damage to the workpiece surface.

· Various cleaning agents can be used.

·It can be cleaned at room temperature or with proper heating (about 50℃).

·The integrated structure of the whole machine is easy to move.

·Saving solvents, cleaning paper, energy, workplace and labor, etc.