Ultrasonic cleaning uses high-frequency sound waves (typically 20–400 kHz) to induce cavitation in a liquid solution, creating millions of tiny, collapsing bubbles that, when bursting, release immense energy to dislodge dirt, grease, and contaminants from intricate surfaces. This non-abrasive, highly efficient method penetrates deep into crevices, blind holes, and complex geometries

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  How it works

• Cavitation: Ultrasonic transducers, usually attached to a stainless steel tank, generate high-frequency waves that create, grow, and violently collapse vacuum bubbles in the liquid

• Implosion Energy: When these bubbles collapse near a surface, they produce localized shockwaves and microjets with intense heat and pressure, acting as millions of tiny scrubbers.

• Components: The system consists of a tank, transducers, a heater, and a timer

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  Key Advantages

• Deep Cleaning: Effective for removing contaminants from complex shapes, internal passages, and crevices.

• Gentle on Parts: Non-abrasive nature makes it safe for delicate items like carburettors, and internal engine components.

• Speed and Efficiency: Significantly faster than manual cleaning, reducing labour and processing time.​

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  Applications

• Automotive/Motorcycle:  Carburetors, Engine parts and Gearbox parts.

• Jewelry/Watches: Removing grime from intricate jewelry designs.

• Medical/Dental: Sterilizing surgical and dental instruments

• Electronics: Cleaning circuit boards and components

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     Contact us for a quote on Ultra sonic cleaning

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