Products / Welding machines

The right arc forevery application.

ARC, MIG, TIG and plasma systems selected around material, joint design, duty cycle, operator needs and production targets.

SAI / 2026
THE WELDING RANGE

Machines are only useful when they fit the work.

Sai does not treat amperage as the only specification. Our recommendation considers input power, electrode or wire type, base material, joint access, weld length, deposition requirement and the real operating environment.

04CORE PROCESSES200–500AINDUSTRIAL RANGE30+YEARS OF APPLICATION SUPPORT
01

ARC / MMA

Rugged performance for fabrication, maintenance and site work.

Sai ARC systems are designed around stable current, dependable duty cycles and practical serviceability. The range covers portable 200A machines through high-output industrial systems.

  • Structural fabrication
  • Maintenance and repair
  • Outdoor and site welding
  • Carbon and alloy steels
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Sai ARC 220 welding machineSAI / 01
02

MIG / MAG

Higher deposition rates for productive fabrication.

Continuous-wire welding systems support faster production, long weld runs and consistent quality across light, medium and heavy fabrication environments.

  • Production welding
  • Automotive components
  • Sheet-metal fabrication
  • Long continuous joints
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MIGSAI / 02
03

TIG

Fine control for clean, precision-critical welds.

AC/DC TIG platforms provide the control needed for stainless steel, aluminium and visible joints where heat input, appearance and metallurgical quality matter.

  • Stainless steel
  • Aluminium
  • Thin materials
  • Precision components
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TIGSAI / 03
04

Plasma cutting

Fast, flexible cutting for conductive metals.

Air-plasma systems provide an efficient bridge between manual fabrication and mechanised profile cutting, with options suited to workshop and production use.

  • Mild steel
  • Stainless steel
  • Aluminium
  • Repair and profile cutting
Discuss this process ↗
PlaSAI / 04
ARC MACHINE RANGE

Choose the output.
Keep the reliability.

SELECTION GUIDE

Five questions before choosing a welder.

  1. 01

    What material and thickness?

    This determines process, output range and duty-cycle requirement.

  2. 02

    Workshop or field?

    Input power, portability and environmental protection change the recommendation.

  3. 03

    Intermittent or continuous?

    Production welding demands a different thermal design than maintenance work.

  4. 04

    Finish or deposition?

    TIG prioritises control; MIG prioritises productivity; ARC prioritises flexibility.

  5. 05

    What comes next?

    Choose a platform that can support feeders, automation or future process growth.

ENGINEERING STARTS WITH A CONVERSATION

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challenge.

Our team will help map the machine, process, automation and support your production actually needs.

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