Ultrasonic cleaning is based on a phenomenon called cavitation. Ultrasonic waves (usually between 20 and 80 kHz) are transmitted into a liquid (often water with detergent), creating microbubbles that implode at high speed. This extremely fine mechanical action loosens impurities, even in the most difficult-to-reach areas.
Fine and adaptable cleaning
Due to their composition of a series of tanks, ultrasonic processes offer unmatched versatility. Simply add cleaning or rinsing tanks, or change the type of water used (hard, softened, demineralized, osmosis water) and the types of ultrasound present in the tanks.
Depending on the configuration of the line, several types of parts, materials, and contaminants can be cleaned at a high rate, including parts with complex geometries.
Why use ultrasonic cleaning?
What are its advantages?
- Highly effective for parts with complex geometries (blind holes, threads, grooves)
- Excellent mechanical action thanks to cavitation, particularly on fine particles, oxides, or dust
- Easier maintenance, accessible and standard components
What are its disadvantages?
- Open atmosphere (risk of recontamination if environment is not controlled)
- Drying sometimes imperfect, especially for hollow parts (requires an additional blowing or vacuum step)
- Multi-step process involving separate cleaning, rinsing, and drying steps (cumbersome)
- Bath disposal and aqueous effluent treatment required
Do you have a question about our precision cleaning solutions?
