Dry wave dust removal equipment (USC) can quickly and effectively remove floating dust particles on the surface of products, ensuring the quality of subsequent processes such as coating, adhesive bonding, welding, and packaging. Greatly reduce the failure rate and improve the product yield rate.
Characteristics of Dry Wave Dust Removal Equipment (USC)
Product damage free: Non contact dust removal, does not produce any physical or chemical changes, and does not cause product damage
The generator never fails: long-lasting temperature, maintenance free, no vulnerable parts
Green and pollution-free: A closed-loop system that uses clean air circulating internally as a medium, which will not disrupt the air balance in the clean room and will not cause secondary pollution
● Simplicity and Convenience: As air is the medium for dust removal, there is no need for processes such as water, solvents, or drying
Customized dust removal width: Suitable processing width can be customized according to the size of the product
Principle of Dry Wave Dust Removal Equipment (USC)
The inner cavity of the ultrasonic cleaning head is designed based on the Coanda effect principle, providing a continuous and stable high-speed airflow. When air flows through a specially designed variable cross-section channel, high-strength sound waves generated by turbulent currents are amplified by the ultrasonic generator to form ultrasonic waves. The ultrasonic air expands rapidly outside the extremely small outlet, achieving a "micro explosion" effect. The combined action of high-speed airflow and ultrasonic waves causes the particles of dirt to detach from suspension, and the reflection of ultrasonic waves drives the particles up, which are then sucked away and separated by the vacuum adsorption chamber of the cleaning head. This cleaning method eliminates the pollution caused by cleaning agents to the environment.
Dry wave dust removal equipment (USC) helps effectively solve the problem of surface dust removal for products such as LCD glass, circuit boards, lithium battery electrodes, optical films, solar backplates, polarizers, etc.
