The key infrastructure of Behyaar Co complex lies in the amalgamation of diverse knowledge and technologies. Currently, 18 specialized units operate within Behyaar Co, including the following: The coexistence of these groups facilitates problem-solving and significantly enhances research and development capabilities.
mechanic
Aerospace
Chemistry, polymer and chemical engineering
Biotech
physics
Materials
power electricity
Telecommunications
Image Processing
avionics
Industrial electricity
Biomedical Engineering
Standard
Information Technology
Semiconductor
Construction
Optics and lasers
Electronic
The presence of these groups together to solve problems has greatly increased the ability of research and development.
Technology
The collaboration of these groups in problem-solving has significantly enhanced the research and development capacity. In our country, sciences typically trend towards increasing specialization, which can hinder cooperation across different disciplines. Universities often have diverse faculties that are not adequately interconnected, leading graduates to perceive themselves as belonging to only one field. They pursue specialization independently of other disciplines, despite the necessity of interdisciplinary dialogue for the growth and development of science. Recognizing this significance, Behyaar Co has successfully initiated numerous interdisciplinary projects, establishing specialized departments to address technological challenges by integrating various scientific disciplines. For instance, these departments encompass mechanical engineering, materials engineering, laser and optics, image processing and software, digital electronics, and more.
At Behyaar Co, cooperation between groups occurs organically, without the need for administrative or structural interventions. This seamless collaboration has endowed the group with diverse capabilities, enabling them to undertake projects in the realm of telecommunications and microwave applications. One of the fundamental factors contributing to technological maturity is the development of specialized tools. While initially, tool fabrication may appear as an additional task, and purchasing tools may seem like a simpler and quicker solution, prioritizing tool development has significantly enhanced the progress and evolution of technology. Moreover, it generates substantial added value in the realm of knowledge. From this standpoint, the manufacturing of tools, encompassing the production of precision instrument devices, various furnaces, laminating, molding, etc., has laid a sturdy foundation for the technological advancement of Behyaar Co. In the following, we will discuss knowledge infrastructures, constructed tools, and infrastructure devices across various fields.
Introduction of infrastructure
Semiconductor
Materials and physics
Radio frequency
Electronic
Automation and electrical power
Image processing and software
Aviation industry
Optics and lasers
Machining equipment
Semiconductor
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
Materials and physics
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 2 MHz magnetron
Making magnetron cathode– with glass-to-metal welding technology
With X-lamp and magnetron Aging 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 furnacesAbility 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, 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)
Radio frequency
Has the technology to design and produce passive microwave devices such as waveguide, coaxial and…
Has the technology to design and produce SAR, ISAR microwave imaging systems
Has the technology to design and produce all kinds of microwave ferrites and all kinds of microwave ferrite devices
Has the technology to design and produce active microwave devices and solid state power amplifiers
It has the technology to design and produce antennas in different frequencies and different polarizations and special parameters
Telecom network analyst
spectrum analyzer
Power meter until the end of band k
Electronic
Designing a variety of multilayer and high frequency boards
Reading Nano ampere and Pico ampere currents
Accelerator X-ray dose reading, radiology, CT scan, etc.
Design and programming of control circuits with ARM, FPGA, PLC and…
UI design for various control circuits with Lab view, C#, Python and…
Design and manufacture of Behrio controller (Behyaar – real time – input – output) according to LabVIEW software
High frequency circuit design,
Design of avionic boards with air standards
Implementation of practical applications based on embedded Linux (embedded Linux)
Design and manufacture of X-ray detectors
Making cameras with CMOS and CCD sensors
Automation and electrical power
Production of electrical panels and control racks
Production of high voltage inverters
Design of PMSM motors
Designing all kinds of motor drivers
Design of DC to DC and DC to AC high and low frequency converters
PLC programming and automation
Image processing and software
It has security systems based on facial recognition and machine vision
It has inspection systems based on X-ray and machine vision
It has medical diagnostic systems based on machine vision and deep learning (such as cancer diagnosis, etc.)
It has the technology of reconstruction and improvement of various medical images such as radiology, CT scan, MRI
It has control systems based on machine vision
Aviation industry
Fixtures of different parts of the plane
Composite workshop
Aircraft assembly tools (Click, gun and rivet gun, etc.)
Formatting different sections
Hydraulic forming machine for aircraft spars
sheet metal forming equipment and workshop, including rubber press forming– shrinker and stretcher – English wheel
Optics and lasers
Construction and use of SLM metal 3D printer
Making the Large Fiber Fusion Splicer fiber optic welding machine
Fabrication of Fiber Stripper fiber processing machine
Fabrication of Fiber Cleaver
Making optical fiber payment machine
Construction of High resolution X-ray detector
Design and manufacture of lens grinding machine
Customization of laser welding and cutting systems
Making marker and laser engraving machine
Building a smart laser cutting robot system
Making a profilometer device to measure the surface profile
Machining equipment
and saw: 2 devices
Manual lathe: 5 machines
Manual milling machine: 6 machines
CNC lathe: 2 machines
CNC milling: 5 VMC 850 machines
CNC milling machine: 1 VMC 1260 machine
CNC milling machine: 2 VMC 4020 machines, manufactured by Behyaar
CNC flat stone: 1 machine
Drill machine: 1 machine
100-ton hydraulic press: 1 device
400-ton hydraulic press: 1 machine
500-ton hydraulic press: 1 machine
Plastic injection 88 HXF: 1 device
Super drill: 2 machines
Wire cutter: 2 devices
BGA: 1 device
Spark device: 2 devices
Radial drill: 1 device
: signal analyzer 6.5 1 device
signal analyzer 26.5: 1 device
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