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The most important infrastructure of Sepahan Bahyarsanat complex is the existence of different knowledge and technologies together, so that 18 specialized units, including the following, are working in Bahyarsanat. The specialized units of Bahyar Sanat Sepahan are:
The presence of these groups together to solve problems has greatly increased the ability of research and development.
The presence of these groups together to solve problems has greatly increased the ability of research and development.
In our country, sciences usually move towards becoming more specialized, and this problem may make it difficult to cooperate between different sciences. Universities have various faculties, which are not related to each other as they should be, and the university graduates consider themselves to be only one. They know specialization independently of other specializations. This is despite the fact that science needs an interdisciplinary dialogue for its growth and development.
Realizing this importance, Bahirsanat company has been able to create many interdisciplinary projects while creating specialized departments in order to solve technological issues by tying different sciences together. For example, since there are groups such as mechanical engineering, material engineering, laser and optics, image processing and software, digital electronics, etc. in Behyarsanat company, and the cooperation between the groups takes place without any administrative and structural measures, multiple capabilities has given this group to carry out any project in the field of telecommunication and microwave applications.
One of the most basic parameters that lead to the maturity of technology is making tools in specialized fields. Although making tools seems like an extra thing at first, and compared to buying tools, it is a simpler and faster solution, but paying attention to making tools has led to the better growth and development of technology and creates a great added value in the field of knowledge. From this point of view, tool making including the manufacture of precision instrument devices, various furnaces, laminating, molding, etc. has created a good infrastructure for the development of Behiar Sanat company’s technology.
In the following, we refer to knowledge infrastructures, built tools and infrastructure devices in different fields.
– Construction and use of Spin coater device
– Construction and use of Sputtering device
– Construction and use of Thermal Evaporation device
– Construction and use of E-Beam device
– Construction and use of Evaporation device
– Construction and use of PLD device – Construction and use of CVD device
– Construction and use of Photocathode setup test device – Construction of multiwire saw device
– Construction and use of Laser Lithography device – Manufacturing silicon polycrystal by induction method
– Construction and use of Ion Implanter device – Construction of tools needed in semiconductor production
– Clean room grade 1000 – Construction and use of Plasma Treatment device
– Construction and use of DLP Lithography device – Construction and use of Wire Bunding device
– Construction and use of RTP device – Construction and use of Diffusion Furnace device
– Repair and update of rotary and turbo vacuum pump
– Making turbo pump drivers
– Has vacuum technology up to 8-10 mbar
– Has leak detection and vacuum testing technology
– Making alumina ceramics
– Production of ionic vacuum pumps in different sizes from 2 to 60 liters – Use of cold and old cathode pressure gauges
– Construction and use of 2000 degree centigrade hydrogen furnace – Construction of electrolyzer for hydrogen production
– Making tungsten films with different geometric shapes – EBW making
– Construction and use of spot welding machine – Construction and repair of 3 MHz magnetron
– Making magnetron cathode – with glass-to-metal welding technology
– With X-lamp and magnetron Agging technology – Classic cyclotron system construction
– Construction and use of 1400°C MoSi2 furnace – Construction and use of 1000°C elemental furnaces
– With baking technology of vacuum chambers – RF oven construction up to 1400 degrees Celsius
– Construction and use of 1700°C graphite furnaces – Construction and use of Bridgman furnaces for crystal growth
– With glass-making technology – making and using an induction furnace for precise castings
– Construction of 1500°C gas furnaces – Ability to repair X-CT scan and angiography lamps
– Having the ability to make all kinds of phase transfer ferrites – making and using electric arc furnaces
– With pure tungsten powder recovery technology – With pure cobalt powder recovery technology
– With anodize, andine and metallize technology – with OFC copper casting technology
– Construction and use of tube furnaces at 1200 degrees Celsius under atmosphere
– With copper to ceramic brazing technology – tungsten to molybdenum – copper to ceramic – aluminum to aluminum
– Making cathode dispensers in different models (M cathode – MM cathode – high current cathodes)
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