30:, research and science require controlled “clean” manufacturing environments. The task of such environments is to minimize influences which could damage the products concerned. The cleanroom environments created by filtering the air were originally developed for the fields of microelectronics and microsystem technology but are now used in a wide range of other high technology sectors such as
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Often in direct contact with the product, manufacturing equipment and the materials used in their construction form a further important contamination factor in a clean production environment.
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Particles, in microelectronics such as the semiconductor industry and especially biotic particles in life science industries such as pharmaceutics, bio-engineering and medical technology (
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where the air cleanliness and other parameters are controlled by way of technical regulations. Tests are carried out to determine this.
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The cleanroom itself: Staff, although this is becoming less relevant as more and more staff are banned from working in critical areas
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Surface interaction, especially in life science industries such as pharmaceutics, bio-engineering and medical technology
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Depending upon the industry and process concerned, different factors may have a damaging influence on a product, e.g.:
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The use of manufacturing equipment, which is increasing as more and more automated solutions are being implemented.
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Microbicidity, especially in life science industries such as pharmaceutics, bio-engineering and medical technology
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Cleanability, especially in life science industries such as pharmaceutics, bio-engineering and medical technology
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Resistance to cleaning and disinfection agents, especially in life science industries such as pharmaceutics
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describes the suitability of operating materials and ventilation and air conditioning components for use in
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VDI 2083, Part 9.1: Cleanroom technology – Compatibility with required cleanliness and surface cleanliness
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Electrostatic discharge phenomena (ESD), especially in microelectronics such as the semiconductor industry
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Molecular contamination (outgassing), especially in microelectronics such as the semiconductor industry
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Trends such as the miniaturization of structures as well as increased levels of reliability in
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VDI 2083, Part 17: Cleanroom technology – Cleanroom and cleanliness suitability of materials
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71:The following factors may be responsible for
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17:Cleanliness suitability
133:Life sciences industry
47:cleanroom suitability
138:Cleanroom technology
36:automotive industry
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122:Categories
90:References
28:technology
21:cleanrooms
128:Cleaning
34:and the
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