M22 – Air-Cooled Light Industrial Mig Welding Torch

The Arc M22 is the same size as an MB24 yet 20% lighter.

Weight, Balance and Ergonomics

A 20% reduction in weight for an all day 250 Amp production tool.

Technical Specification

Arc M Series

M1 / M18 / M2 / M22

Accumulated spatter breaks free when the nozzle is released

Spatter Isolation Chamber

Spatter created by the arc is held within a unique chamber that collects the molten metal droplets

Exacting component design improves performance to weight ratios and wear parts durability

Cutting edge material selection push the boundaries of established swan neck design

Balanced and lightweight, reflecting the latest in ergonomic design principles

Developed from in-depth studies of wire types, process and gas coverage

Improvements in welder comfort and reductions in welder fatigue

Increased area pick up points on contact tips reduce power loss and improve current transfer
Unique insulation and tip adaptor design facilitates spatter release and nozzle removal
Left hand threaded tip adaptors negate accidental removal when spatter is embedded at the base of the nozzle
All wear parts are laser marked for ease of identification

High tech polymers for improved insulation properties, impact strength and weight reduction
Neck to handle interface minimizes transfer of conducted heat to the handle
Neck ridges provide ‘finger grip’ under the glove

Microswitch controlled triggers provide better resistance to shorting created by welding fume dust
Trigger life expectancy greater than 1 million cycles
‘Plug and Play’ standard and extended options
Utilizes air gap technology, isolating the swan neck heat for cooler running handles
Knuckle joints and short cable support systems for improved positioning

Steel liners for steel wire, steel metal core and flux core wires
Combi-liners for Aluminium, stainless steel, stainless steel metal core and flux core wires
Combi-liners utilize sliding/locking collet to aid positioning
Unique sealing ring solution for effective sealing from impurities in argon gas processes

Standard Set-up

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