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Vehicle complexity increases with each new vehicle generation - and thus the requirements for technical cleanliness, as the finest particles could already cause immense damage, such as a field claim.
Requirements for the automotive industry mainly include the removal of chips and contaminants such as grease, oil and adhesive residues. The cleanliness of sealing, adhesive and joining surfaces is just as vital as such of component surfaces, interiors of components, or in intricate undercuts or boreholes to be cleaned.
Vehicle complexity increases with each new vehicle generation - and thus the requirements for technical cleanliness, as the finest particles could already cause immense damage, such as a field claim.
Requirements for the automotive industry mainly include the removal of chips and contaminants such as grease, oil and adhesive residues. The cleanliness of sealing, adhesive and joining surfaces is just as vital as such of component surfaces, interiors of components, or in intricate undercuts or boreholes to be cleaned.
Components for
Description:
For highly sensitive components to meet the highest degree of particulate and film-like cleanliness.
Contaminations:
Particles, such as chips, after mechanical processing, as well as auxiliary materials, such as oils used for machining. Greases, polishing agents
Description:
In the field of medical engineering, sterile surfaces are a prerequisite for the use on the human body.
Contaminations:
In medical engineering, contamination includes residues from machining processes, such as chips, dust, lubricating coolants, preservatives, as well as cutting and punching oils which must be removed prior to further processing or as part of the final cleaning. Powder burns, blood stains and finger prints require diligent removal so sterility can be ensured.
