Ultrasonic cleaning
Ultrasonic Cleaning
Ultrasonic cleaning is a precision cleaning technology that uses the phenomenon of cavitation to remove contaminants from surfaces. The ultrasonic cleaning system generates sound waves within a cleaning liquid, creating microscopic bubbles that form and collapse against the surface. This process loosens and removes oil, grease, dust and other fine deposits, including from areas that are difficult or impossible to reach using manual cleaning methods.
The technology is used for cleaning smaller objects, components, assemblies and precision instruments. It is particularly effective for items containing gaps, bores, recesses or complex geometries. Ultrasonic cleaning is suitable for a wide range of applications, including automotive components, precision mechanical parts, metalworking components, sports equipment and instrumentation components.
The cleaning process is always adapted to the material, condition and size of the item being cleaned and to the type of contamination. We assess whether the component or device is suitable for liquid-based ultrasonic cleaning and select the cleaning time, temperature, cleaning medium and process parameters accordingly.
Which components and items can be cleaned using ultrasonic technology?
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Automotive components
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Precision mechanical components
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Precision parts
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Metal components
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Tools and components used in metalworking
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Objects containing gaps, bores and complex geometries
What types of contamination can be removed with ultrasonic cleaning?
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Oil
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Grease
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Dust
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Fine deposits
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Surface contamination
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Contamination deposited in hard-to-reach areas
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Industrial contamination
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Contamination resulting from machining processes
Why do we recommend ultrasonic cleaning?
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Precise and thorough cleaning technology
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Effective in gaps, bores and complex geometries
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Particularly suitable for cleaning smaller components and tools
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Provides uniform cleaning results, even on complex surfaces
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Reaches areas that are difficult to access manually
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Effective for cleaning industrial components
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Suitable for removing oil, grease, dust and fine deposits
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Process parameters can be adapted to the specific cleaning task
When is ultrasonic cleaning recommended?
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for the thorough cleaning of smaller components
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for degreasing automotive and industrial components
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for cleaning precision mechanical and precision-engineered parts
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for objects containing gaps, bores or complex geometries
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where areas are difficult to reach using manual cleaning methods
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for removing oil, grease, dust and fine deposits
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for removing contamination remaining after metalworking processes
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where uniform and controlled cleaning results are important
Frequently Asked Questions
How does ultrasonic cleaning differ from manual cleaning?
Ultrasonic cleaning does not act only on easily accessible surfaces. Cavitation also takes effect inside gaps, bores, recesses and complex geometries, allowing us to remove contamination from areas that would be difficult or impossible to reach manually.
Can every component be cleaned ultrasonically?
Not every component is suitable for ultrasonic cleaning. Suitability depends on the material, condition and sensitivity of the surface, the size of the component and whether the item can be safely immersed and cleaned in a liquid medium. The appropriate cleaning technology is always selected following prior assessment or consultation.
Can ultrasonic cleaning damage sensitive components?
Sensitive components may be damaged if inappropriate settings are used. For this reason, the ultrasonic cleaning process is always adapted to the material, condition and design of the item. Cleaning time, temperature, cleaning medium and intensity are selected according to the specific task.
When is ultrasonic cleaning alone not sufficient?
For heavily burnt-on, thick, chemically bonded or hard coating-like contamination, ultrasonic cleaning alone may not always be sufficient. In these cases, we may recommend another technology such as laser cleaning, dry ice blasting, abrasive blasting or chemical pre-treatment.
Is ultrasonic cleaning carried out on-site or in a workshop?
Ultrasonic cleaning is typically carried out in our workshop, as the technology requires specialised equipment, a cleaning medium and a controlled working environment. The size, mobility and condition of the item determine how the task can be performed safely and effectively.
Choosing the right surface cleaning technology can result in significant time and cost savings.
For more than 35 years, we have been helping our clients select the most effective surface cleaning technology throughout Budapest and across Hungary.