Welding Machine



KR2 Series

Fully Thyristorised
MIG/MAG Welding System

Key Features

  • Synergic Mode (Unifi ed Mode) is available for easy setting of current and voltage.
  • Fresh tip treatment and burn-back time control are adjustable.
  • Secondary short circuit protection is a standard function.
  • Arc sensitivity is selectable by changing the tap of the reactor.
  • Crater current and crater voltage controls on front panel.
  • Crater Selection Switch, Gas Check Switch, Solid/FCW Selection Switch, Wire Diameter Selection Switch are available on the front panel.
  • Works on 50/60 Hz frequency in power supply.

GY3 Series

Fully Digital C02
MAG Welding Machine

Key Features

  • Facilitates consistently high quality welding
  • Stable welding performance across entire current range
  • Excellent quality even in low current range of 50-120 A
  • Stainless steel MIG welding mode
  • High-precision Full Digital Control ensures soft and stable arc
  • Wire Feed Motor with Encoder for high precision wire feed

RX1 Series

IGBT Digital+lnverter-controlled MIG/MAG Welding System with remote management controller

Key Features

  • Inverter based digital wave control GMAW & FCAW welding outfit.
  • Higher Effi ciency & higher Power factor results in greater power saving.
  • Designed to work even under high ambient temperature of 50°C.
  • Unique design of three layer & four cabinet dust free structure.
  • Arc Wave form control for various applications.
  • Parameter Locking is possible.
  • Fresh tip treatment & burn back time control are adjustable.

GL3 Series

Full Digital Pulse MIG/MAG
Welding System

Key Features

  • Nine parameters can be stored.
  • GL Pulse Controls method.
  • High-speed CPU monitoring in the output for faster response of the machine.
  • Synergic operation.
  • ROHS compliant.
  • Encoder wire feeder motor for better accuracy.

DC Arc


IGBT Controlled Portable DC Arc Welding Machine

Key Features

  • Single Phase, 230 Volts.
  • IP 23S Protection makes it suitable for outdoor use.
  • 50% Duty cycle for higher performance with 4.0 mm electrode.
  • Light Weight only 8.5 Kg.
  • Can be used up to 4.0 mm Electrode.


GBT Inverter-controlled DC Arc Welding System

Key Features

  • IGBT-controlled method offers a light and compact machine and PWM- controlled technology offers constant welding current and stable welding characteristics.
  • Suitable for all kind of acid, basic stainless steel, cellulosic and low hydrogen alloy electrodes.
  • High ambient temperature resistance up to 50°C for 400AT3 and up to 40°C for 630AT3 machines.
  • Unique design of three layer and four room dust-free structure.
  • Rugged and robust construction suitable for operation in rough environments.
  • Excellent on-site service and technical support.

SS3 Series

Thyristor-controlled DC Arc Welding System

Key Features

  • Quality welding Even at cable length of 100 meters.
  • Adjustable Arc force control
  • Suitable for MMAW & Scratch TIG.
  • Gauging is possible with 630SS3 Model.
  • Over voltage, under voltage, Single phase protection


TX3 - WY4

IGBT Controlled Pulsed TIG Welding System

Key Features

  • Suitable across various industrial applications including petrochemical, engineering, power generation, and manufacture of pressure containers and stainless steel products.
  • Ideal for diverse welding needs.
  • Stable welding at 4 Amps output current.
  • User-friendly Operator Panel.
  • Excellent manual welding performance.
  • High reliability even in rugged environments.
  • Facilitates quick assembly and easy replacement.


Thyristor-controlled TIG Welding System

Key Features

  • Multiple functions suitable for multiple applications.
  • Superior cost performance.
  • Widely used across various fi elds like petrochemicals, pressure vessels, electric power construction and stainless steel products.
  • Consistently high quality welding from start to fi nish.
  • Better arc stability ensures higher quality.
  • Wide range of cleaning width adjustments.
  • Useful design oriented to meet customers’ needs.
  • High success ratio of successful arc start even at low currents.