• Ultrasonic Multi-Stage Cleaning Systems

Ultrasonic Multi‑Stage Immersion Cleaning Systems

Precision Cleaning at the Highest Level

Our ultrasonic multi‑stageimmersion cleaning systems are modularly designed cleaning solutions developed to meet the most demanding cleanliness requirements. They consist of several individually configurable process tanks in which components pass through defined process steps in sequence – such as cleaning, rinsing, passivation, preservation, and drying. Process sequences, media, and cycle times can be precisely tailored to specific component geometries, materials, and cleanliness specifications.

Ultrasonic immersion cleaning systems are the preferred solution for the fine cleaning of delicate and complex precision components. Through systematic immersion and flooding across multiple process stages, even the finest particulate and filmic contaminants are reliably removed – including from capillaries, internal features, and complex geometries. The targeted use of ultrasonic energy ensures highly reproducible cleaning results while simultaneously protecting sensitive component surfaces.

Our ultrasonic immersion cleaning systems are used across a wide range of industries with the highest requirements for technical cleanliness, including medical technology, precision mechanics and fine engineering, the watch and jewelry industry, precision optics, as well as a variety of high‑tech and high‑purity industries.

Thanks to their modular system architecture, our immersion cleaning systems can be flexibly adapted to new requirements, increasing production volumes, or additional process steps. A wide selection of ultrasonic frequencies, filtration and water treatment systems, as well as optional cleanroom‑compatible or automation concepts, enables seamless integration into existing production environments.

Automated part handling – for example via lift‑and‑lower units or transfer systems – ensures consistently high process reliability, short cycle times, and full process reproducibility. At the same time, precise control of all process parameters guarantees maximum efficiency, high system availability, and consistently stable cleaning results over the long term.

Multi‑Stage Immersion Systems

Frequently Asked Questions

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What are ultrasonic multi-stage immersion cleaning systems and how do they work?

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They are modularly designed cleaning solutions built for precision cleaning and handling the most demanding cleanliness requirements. The systems consist of several individually configurable process tanks. Components pass sequentially through these tanks for defined process steps such as cleaning, rinsing, passivation, preservation, and drying. By systematically immersing and flooding the parts across multiple stages and using targeted ultrasonic energy, the systems reliably remove fine particulate and filmic contaminants – even from capillaries, internal features, and complex geometries.

Which industries or applications benefit most from these immersion cleaning systems?

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Ultrasonic immersion cleaning systems are the preferred solution for the fine cleaning of delicate and complex precision components. They are highly utilized in industries that have the strictest requirements for technical cleanliness. This includes medical technology, precision mechanics and fine engineering, the watch and jewelry industry, precision optics, and various other high-tech and high-purity sectors.

Can the system be customized or scaled as production needs change?

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Yes. Thanks to their modular system architecture, these immersion cleaning systems can be flexibly adapted to new requirements, increased production volumes, or the addition of extra process steps. Furthermore, they offer a wide selection of ultrasonic frequencies, filtration, and water treatment systems. The sequence of processes, cleaning media, and cycle times can be precisely tailored to specific component materials. They can also be seamlessly integrated into existing setups with optional cleanroom-compatible automated part handling (like lift-and-lower units or transfer systems).

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