Designing and Manufacturing the first RF generator using a vacuum tube | Manufacturing electronic devices with miscellaneous applications based on customer needs | Designing and manufacturing a microwave plasma generation system | Designing and manufacturing the first high-voltage (10 kV) switch-mode power supply |
Initial designing of the semiconductor RF generator and manufacturing the 200-watt RF generator for vacuum deposition | Manufacturinghigh-voltage power supply for sputtering and high-current power supply for vapor deposition with limited options | Implementing various customized projects in the electronics field and designing a graphic software for electromagnetic analysis with a specific application and manufacturing the DBD atmospheric plasma generator | Completing the microwave plasma generator manufacturing process including vacuum components, microwave generator, coupler, and other parts of waveguide |
Manufacturing the first manual impedance matching network | Manufacturing archetypal RF plasma generators | Manufacturing archetypal RF plasma generators and prototyping automatic impedance matching network with a simple algorithm | Implementing various customized projects in the field of electronics and continuing manufacturing of the plasma generators and designing 100-GHz millimeter waves |
The beginning of designing and manufacturing high-efficiency high-power RF generators | Manufacturing archetypal high-power RF generator with more than 90% efficiency | Improving the industrial parameters of power supplies and RF plasma generators | Manufacturing upgraded versions of plasma generators |
Designing and manufacturing high-voltage power supplies up to 10 kV | Improving the industrial parameters of power supplies and RF plasma generators | Continuing manufacturing high/low- power generators and power supplies | Designing and manufacturing the Corona plasma treatment system and its automatic scanning system |
Performing several projects in the field of electronics | Upgrading DC power supply used in RF generator and achieving high efficiency of 98%! |
Manufacturing atmospheric plasma generation systems | Manufacturing and upgrading plasma generators | Upgrading the vacuum plasma treatment system and designing its industrial version | Designing and manufacturing the vacuum plasma treatment system customized for textiles |
Continuing manufacturing power supplies for plasma generation | Designing and manufacturing the first vacuum plasma treatment system | Continuing manufacturing high/low-power generators, power supplies, and vacuum plasma treatment systems | Upgrading the automatic impedance matching network algorithm and improving its speed and accuracy |
Operating the Helicon ion source Operating the ICP ion source | Designing and manufacturing ICP hot atmospheric plasma torch for spectroscopy and manufacturing RF generator customized for mass spectroscopy | Manufacturing RF plasma generators with pulsed functionality ranging from microseconds to milliseconds at an industrial-level. | Continuing manufacturing high/low-power generators, power supplies, and vacuum plasma treatment systems |
Developing applications of plasma treatment systems into the petrochemical and medical fields | Developing applications of plasma treatment systems into the fields of safety equipment, anti-corrosion, and insulating coatings |
Continuing manufacturing high/low-power generators, power supplies, and vacuum plasma treatment systems | Manufacturing wide-band plasma generator |
The beginning of exporting plasma generators | Focusing on developing export opportunities |
