How does Ultrasonic Cleaning work?

Ultrasonic energy causes the rapid formation and collapse of small bubbles in the liquid; known as cavitation. A huge burst of energy creates bubbles that quickly increase in size until they burst against the surface of the item.

Energy conversion through transducer

The conversion to ultrasonic energy is facilitated by a transducer, a key component of ultrasonic cleaners. Electrical energy is converted by the transducer into the high- frequency sound waves called ultrasonic energy.

The efficiency of a transducer determines both the time taken to clean and how thoroughly a surface is cleaned. A transducer of poor quality consumes more power and increases the length of a cleaning cycle.

Other variables that affect the efficiency of ultrasonic cleaning include power, heat, capacity, detergent and length of cleaning cycle.

Ultrasonic cleaning applications:

Ultrasonic cleaners can also be customized to suit the specific needs of a factory, hospital or other businesses. With thousands of commercial and industrial cleaning applications, ultrasonic cleaning is widely used across many industries. Ultrasonic cleaners are tailored to the types of parts that they are cleaning. Table top and bench top cleaners, for example, are best for cleaning small or delicate parts like bearings, surgical instruments, optical parts, machined parts, small gears and carburetor components. Precision cleaning is used for cleaning and restoring delicate items that may have been damaged by traditional cleaning methods.

Machine features of the ultrasonic cleaner: full stainless steel shell, inner liner (thicker type more durable) and high power transducer cleaning effect, can be observed by the naked eye. Use ordinary tap water, alcohol or solvent as cleaning liquid. The waterproof performance is greatly improved, the product is more safe and durable. Rust steel SUS304 cleaning basket (optional)

Product advantages of ultrasonic cleaner:
As the effect of ultrasound occurs in the whole liquid, the surface of all the objects that can be exposed to the liquid is cleaned, and it is more unique to the objects with many cracks in the complex shape.
Undamaged: traditional manual or chemical cleaning often results in mechanical wear or chemical corrosion, while ultrasonic cleaning does not cause any damage to the object.
Wash nothing but wash. In addition, when the suitable cleaning agent is used for the objects of different properties, the ultrasonic cleaning agent has been greatly enhanced because of the osmotic dissolution of the cleaning agent.

Application ranges of ultrasonic cleaner: