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There is a big amount of cleanrooms in microelectronic. Rapid development of this filed of industry arises the increasing quantity of cleanrooms. Microelectronics dictates strict requirements for purity class. It becomes more difficult to preclude contamination while manufacturing because of microcircuits decreasing size tendency. Even the smallest amount of metal, microorganisms either bacteria can damage microcircuit.


The importance of clean production facilities in pharmaceuticals is difficult to overestimate because the production of high quality medicine is impossible without a cleanroom. This room is a kind of barrier that prevents the penetration of contaminants: particles of dirt, dust, microorganisms, bacteria in the air.


Manufacture of clean rooms for optics and turnkey lasers from SanBela Presence of dust, aerosols particles, electrostatic charges, chemical evaporation and microbiological contamination, seriously damage the technological processes and products in many high-tech industries. Traditionally, cleanroom technology is used to control contaminants that are of a different nature. Recently, the field of its application has significantly expanded: in addition to the medical, microbiological, food, rocket and space industries, clean rooms are also used in the manufacture of optics and laser technology. Being an integral part of almost any high-tech modern production, clean rooms allow full control over the parameters of the air environment in the work area, thus ensuring the creation of a quality and stable product.


Without cleanroom construction systems, it is impossible to imagine modern instrumentation. The rapid development of nanotechnology and the reduction in microchips dictate strict regulations for sterility of industrial space. Since today in microcircuits distances are measured in hundredths and tenths of a micron, every tiny ion of chemical compounds is not visible t, each particle of evaporation, each microbe can lead to a critical defect in the chip and a whole bunch of devices.


The design and construction of clean technologies in the automotive industry is rapidly developing gaining. Many large machine-building plants and companies such as Volvo, Renault, Peugeot, Daimler Motor Company and others use clean rooms at many production stages, which allows to increase the term for the production of parts and increase the strength of the mechanisms.


Demand for ready-to-eat products is steadily growing, in this connection it is necessary to ensure optimal conditions at each stage of their production. Clean sterile premises are an integral part of technological process in food industry, designed to ensure the production of consistently high quality.


It is impossible to imagine the work of a rocket-space or air company without clean rooms. Being one of the leading consumers of these designs, the space industry has put forward stringent requirements for the production of cleanrooms and related engineering systems.


To ensure the quality of the products produced, the control of micro particles in airspace is crucial. The assembly, dismantling and testing of pneumatic equipment, hydraulic pumps, and high-precision mechanical equipment must be carried out exclusively under conditions of complete sterility of the environment. The required cleanliness class is achieved due to the correct organization of the ventilation and air filtration system, the selection of special materials, the use of specialized laminar shelters and zones and monitoring systems.


The production of cosmetics, body and face care products requires the mandatory introduction of clean technologies. The requirements of good manufacturing practice in the perfumery and cosmetics industry are regulated by ISO 22716 Cosmetics standard, as well as GMP and other ISO normative documents.


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