Ultrasonic waves generated
A high-frequency generator drives transducers to emit ultrasonic sound waves, typically at 28 or 40 kHz, through the cleaning solution.
Cavitation, frequency selection, SS tanks and generators designed around the component and the contamination you need to remove.
TRIO VIBE SONIC manufactures industrial ultrasonic cleaning systems for precision, reliability and production duty. High-frequency sound waves pass through the cleaning liquid and create millions of microscopic bubbles. Those bubbles implode at the component surface, producing localised energy that lifts oil, grease, carbon, polishing compounds, dust and other contaminants from complex geometry.
Frequency, tank material, power and options such as filtration, chilling, agitation and drying are selected for the contamination and throughput you actually run — not as a generic catalogue setting.

High-frequency waves, cavitation and contaminant removal — the same physics on tabletop baths and multi-stage production lines.
A high-frequency generator drives transducers to emit ultrasonic sound waves, typically at 28 or 40 kHz, through the cleaning solution.
Pressure variations create millions of microscopic bubbles that form and implode, releasing powerful localised energy bursts at the surface.
The cavitation energy dislodges oil, grease, carbon, scale and particulates from holes, grooves and complex internal surfaces.
Lower frequency delivers more aggressive cavitation for heavy soils. Higher frequency is used for finer contamination and a better surface finish.
Share the component, contamination and throughput. We will recommend tank, frequency, power and options, then send a datasheet.