AIRGOMIG MIG fume extraction gun

By talking to industrial stakeholders for many years, AIRGOMIG has been able to assess the impact of air quality on welders’ efficiency at work. An efficient welder is also a healthy welder.

To help our customers improve performance, AIRGOMIG has applied its expertise in industrial technologies to create innovative solutions by designing the MIG fume extraction gun, which is the most efficient gun on the market.

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Our Values

Performance

The AIRGOMIG MIG welding fume extractor gun combines efficiency and ease of use. Its superior fume extraction capacity compared to similar products on the market offers welders adequate protection from toxic fumes. The system is non porous due to the design featuring extraction holes placed a specific distance from the tip. Moreover, its ergonomic design, reduced weight and ball joint offer optimum ease of use.

Compliance

AIRGOMIG helps its customers comply with all applicable industrial health, safety and hygiene standards. An independent study has also attested that it meets the new standards for maximum manganese concentrations in welders’ breathing zones (0.02 mg/m3) even with rigorous welding parameters and changing work positions. The AIRGOMIG welding fume extractor gun is the solution for welding smoke, manganese, hexavalent chromium or ozone.

Quality

At AIRGOMIG, we develop superior-quality products, which are made in Canada. We guarantee a reliable and long-lasting technology, as our MIG welding fume extractor guns are designed for an optimum service life, thus reducing operating costs. Our product offers a standard of excellence that ensures high-quality MIG welding that is certified free of porosity, cracks and cavities.

Innovation

Innovation lies at the heart of our corporate strategy. We invest most of our resources and time in research and development to offer our customers the best industrial technology on the market. Don’t hesitate to contact us today if you have any questions about our clean air welding gun.

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Latest News

  • FREE TRIAL IN SEPTEMBER
    FREE TRIAL IN SEPTEMBER

    September is coming and Airgomig invites you to contact us to carry out  free trial directly at your premises.   You are looking for a new welding gun ? you want to increase your productivity ? or you want to protect the health of your welders ?   You have the opportunity to try the […]

  • FABTECH EVENT TORONTO 2018
    FABTECH EVENT TORONTO 2018

    AIRGOMIG was present #Booth 1274 at the Canada’s largest metal forming, fabricating, welding and finishing event which took place the 12-14th June at the Toronto Congress Centre .   FABTECH Canada,  is a famous meeting point of   world-class suppliers, where you can stay in update, discover the latest industry products and developments, live real time demonstrations of machine, […]

  • SOURCE CAPTURE VS CONVENTIONAL VENTILATION OR GENERAL VENTILATION
    SOURCE CAPTURE VS CONVENTIONAL VENTILATION OR GENERAL VENTILATION

    Source Capture vs. Conventional or General Ventilation Source capture for point source emissions is the method of choice for protecting both the workers’ breathing zones and the general working environment. Moreover, source capture is the method required by the CSST. In fact, this type of ventilation is their first requirement for point source emissions. It’s […]

  • SOURCE CAPTURE : EFFICIENT AND COST-EFFECTIVE
    SOURCE CAPTURE : EFFICIENT AND COST-EFFECTIVE

    Source Capture: Efficient and Cost-Effective Source ventilation, or source capture, has many advantages that help ensure the safety of workers and promote energy saving. Source capture involves controlling pollutants directly at their point of emission, regardless of the type of pollutant: dust, vapour, gas, smoke, etc. Significant Benefits This type of ventilation offers several advantages. […]

  • SOURCE CAPTURE AND ENERGY SAVINGS
    SOURCE CAPTURE AND ENERGY SAVINGS

    Source Capture and Energy Savings When using source capture technologies in factories, to what extent is it possible to both save energy and effectively control air pollutants, while also meeting CSST requirements? In practice, the source capture method requires the lowest airflow rates and is consequently the most energy-friendly. As far as CCST requirements go, […]

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