INWELT FE360 340A Air-Cooled Fume Extraction MIG/MAG Welding Torch

Professional 340A Air-Cooled Fume Extraction MIG/MAG Torch for Industrial Welding

The INWELT FE360 Fume Extraction MIG Torch combines industrial MIG/MAG welding performance with integrated source-capture fume extraction. Designed to capture welding fumes close to where they are generated, the FE360 helps reduce the amount of welding smoke that spreads into the surrounding work area when connected to a suitable fume extraction system. Rated at 340A with CO₂ shielding gas and 300A with mixed gas at a 60% duty cycle, the FE360 is designed for medium- to heavy-duty fabrication, manufacturing and production welding.

Unlike a conventional MIG torch that relies primarily on external ventilation or extraction arms, the FE360 incorporates the extraction path directly into the torch. This allows fumes to be collected close to the welding arc while maintaining the shielding gas and wire-feeding functions required for stable MIG/MAG welding.

Available in 3 m, 4 m and 5 m cable assemblies, with additional OEM configuration options, the FE360 is designed for welding distributors, equipment manufacturers, industrial fabricators and professional welding operations requiring a practical on-torch fume extraction solution.

INWELT FE360 Technical Specifications

For project-specific connector types, cable assemblies, consumables or extraction-system requirements, contact INWELT before ordering.

How the FE360 Source-Capture Fume Extraction System Works

A conventional MIG/MAG welding torch generates welding fumes directly above and around the arc. Once these fumes disperse into the workshop, capturing them becomes more difficult.

The FE360 approaches the problem at the source.

1. Welding Fumes Are Generated at the Arc

During MIG/MAG welding, heat from the welding arc vaporizes and reacts with materials from the base metal, filler wire, coatings and other process materials. This produces fine airborne particles and gases around the welding zone.

2. Fumes Are Captured Close to the Welding Point

The FE360 incorporates an extraction path around the torch front end. When connected to a compatible extraction unit, suction draws welding fumes toward the torch before a significant portion can disperse into the surrounding workspace.

This approach is commonly known as source capture, on-torch extraction or at-source welding fume extraction.

3. Extracted Fumes Travel Through the Torch Assembly

Captured fumes are transported through the extraction channel and hose system toward the connected filtration or fume extraction equipment.

The extraction unit provides the vacuum required for the system, while the FE360 provides the source-capture interface at the welding arc.

4. Welding Continues with Shielding Gas Protection

Effective fume extraction requires the extraction airflow and shielding gas to work together.

Excessive suction can affect shielding gas coverage, while insufficient suction can reduce fume capture. For this reason, extraction settings should be matched to the welding parameters, torch position, nozzle configuration and connected extraction system.

Why Choose an Air-Cooled Fume Extraction MIG Torch?

The FE360 combines the relatively simple construction of an air-cooled MIG welding torch with integrated fume extraction.

For many medium- and high-output fabrication applications, this provides a practical balance between welding capacity, maintenance requirements and operator mobility.

340A CO₂ Welding Capacity

The FE360 is rated at:

• 340A with CO₂ shielding gas

• 300A with mixed shielding gas

• 60% duty cycle

This makes the torch suitable for a wide range of industrial MIG/MAG welding operations where a water-cooled torch is not required.

No Separate Torch Water-Cooling Circuit

Because the FE360 is air cooled, it does not require the additional water hoses and cooling circuit used by water-cooled MIG torches.

This can simplify installation and maintenance for suitable welding applications.

For continuous very-high-amperage production, a water-cooled fume extraction torch such as the INWELT FE500W may be more appropriate.

Key Features of the FE360 Fume Extraction MIG Gun

Integrated Fume Extraction at the Source

The FE360 captures welding fumes close to the arc instead of relying only on extraction equipment located farther from the welding point.

Source capture can help limit the spread of welding fumes around the immediate welding station when the torch is correctly connected and operated.

Stable MIG/MAG Welding Performance

The extraction system is integrated around the welding function rather than replacing it.

The FE360 is designed to maintain:

• Stable electrical current transfer

• Consistent wire feeding

• Shielding gas delivery

• Reliable arc characteristics

• Controlled welding performance

Correct extraction airflow is important because unnecessarily high suction should be avoided near the shielding gas zone.

Ø0.8–1.6 mm Wire Capability

The FE360 supports welding wire diameters from 0.8 mm to 1.6 mm, depending on liner, contact tip and application configuration.

This range provides flexibility for a variety of industrial MIG/MAG welding requirements.

3 m, 4 m and 5 m Cable Options

Different welding stations require different working ranges.

The FE360 is available with:

• 3 m cable assembly

• 4 m cable assembly

• 5 m cable assembly

• Customized cable options for qualified OEM projects

Selecting the correct cable length can improve operator movement while avoiding unnecessary cable resistance, drag and workshop clutter.

Ergonomic Torch Design

An extraction torch contains additional airflow components compared with a conventional MIG torch, making ergonomics particularly important.

The FE360 is designed to provide practical torch control during fabrication and production welding while integrating the extraction channel into the torch assembly.

Replaceable Welding Consumables

Routine wear components can be serviced or replaced according to the selected FE360 configuration.

Correct consumables help maintain:

• Wire feeding accuracy

• Electrical conductivity

• Shielding gas flow

• Welding arc stability

• Extraction performance

FE360 Fume Extraction Torch vs. Standard MIG Welding Torch

The main advantage of the FE360 is that welding and source-capture extraction are integrated into the same torch system.

It should not, however, be considered a universal replacement for all workplace ventilation, respiratory protection or industrial hygiene controls. Welding-fume control should be selected according to the welding process, materials, production environment and applicable local safety requirements.

Industrial Applications for the FE360 Welding Fume Extraction Torch

The FE360 is designed for industrial welding environments where MIG/MAG productivity and welding-fume control are both important.

Metal Fabrication

Suitable for general fabrication of frames, assemblies, machinery components and welded structures using common MIG/MAG welding processes.

Structural Steel Fabrication

Source-capture extraction can be particularly useful at fixed welding stations where repeated welding produces visible fume around the operator.

Automotive and Vehicle Manufacturing

The FE360 can be integrated into suitable production and component fabrication processes involving MIG/MAG welding.

Agricultural Equipment Manufacturing

Applicable to the welding of equipment frames, brackets, housings and fabricated steel assemblies.

Construction Machinery

The 340A CO₂ rating provides useful capacity for many machinery and equipment fabrication applications.

Railway and Transportation Equipment

Suitable for relevant MIG/MAG fabrication operations where on-torch extraction is preferred over relying exclusively on remote extraction.

Maintenance and Repair Workshops

The air-cooled design provides a practical option for workshops performing varied welding tasks that require both mobility and source-capture capability.

General Industrial Manufacturing

The FE360 is suitable for manufacturers looking to integrate welding-fume extraction directly into suitable manual MIG/MAG welding stations.

Materials Suitable for FE360 MIG/MAG Welding

Depending on the welding wire, shielding gas, consumables and welding procedure, the FE360 can be configured for common industrial materials including:

• Carbon steel

• Mild steel

• Stainless steel

• Low-alloy steel

• Galvanized steel

Always select the correct filler wire, contact tip, liner, shielding gas and welding parameters for the material being welded.

If you require a specific configuration for aluminum, flux-cored wire or another specialized application, contact INWELT with your welding parameters before ordering so the appropriate torch configuration can be confirmed.

How to Select the Right Fume Extraction System for the FE360

A fume extraction welding torch cannot generate suction by itself. The FE360 must be connected to a suitable external welding fume extraction system.

Before selecting an extraction unit, consider the following factors.

Required Airflow and Negative Pressure

The extraction system must provide sufficient suction to transport fumes through the torch and hose assembly.

Too little extraction can reduce capture effectiveness.

Excessive extraction should also be avoided because airflow close to the arc may interfere with shielding gas if the system is improperly adjusted.

Welding Current and Duty Cycle

Confirm that your normal welding parameters remain within the FE360 rating:

• 340A CO₂

• 300A mixed gas

• 60% duty cycle

For applications involving extended welding at higher current or higher duty cycles, consider a water-cooled fume extraction torch.

Welding Position

Fume movement changes with torch angle and welding position.

Because hot welding fumes naturally rise, capture performance can vary between flat, horizontal, vertical and overhead welding positions.

Extraction settings should therefore be evaluated under the actual production conditions rather than based only on a workshop test at one torch angle.

Cable Length

Select a cable length that provides sufficient working range without adding unnecessary weight or drag.

Standard FE360 options include 3 m, 4 m and 5 m.

Welding Machine Connector

Provide INWELT with the welding machine brand, model and required connector before ordering.

Connector configurations can be supplied according to project requirements.

FE360 for Welding Distributors, Importers and OEM Brands

INWELT supplies welding torches for professional B2B customers including:

• Welding equipment brands

• Welding distributors

• Importers

• Wholesalers

• Industrial equipment suppliers

• Fabrication companies

• Welding system integrators

The FE360 can be supplied as an INWELT-branded product or configured for qualified OEM and private-label projects.

OEM and ODM Options

Available customization services may include:

• Private-label branding

• Custom logo

• Product labels

• Cable length

• Connector configuration

• Packaging

• Instruction manuals

• Product identification

• Bulk production requirements

• Application-specific configurations

Contact INWELT with your technical requirements, target market and estimated order quantity for an OEM evaluation.

Why Source Your Fume Extraction Welding Torches from INWELT?

Choosing a welding torch supplier involves more than comparing amperage.

Product consistency, quality control, replacement parts, customization and long-term supply are particularly important for distributors and welding equipment brands.

Welding Torch Manufacturing Experience

INWELT specializes in welding torch and welding accessory manufacturing across MIG/MAG, TIG, plasma cutting and welding-fume extraction product categories.

This allows customers to source multiple welding torch product families from a specialized supplier.

100% Torch Testing Before Shipment

According to the INWELT quality-control process, welding torches undergo functional testing before shipment, including checks such as:

• Conductivity testing

• Airflow testing

• Short-circuit testing

• Resistance testing

• Insulation testing

Applicable water-cooled models also undergo cooling-system related checks.

OEM Support for Global Welding Brands

INWELT supports welding equipment companies requiring customized product configurations rather than only standard off-the-shelf products.

This is particularly useful for distributors and brands developing their own welding torch product range.

Two-Year Warranty

The FE360 is supplied with a 2-year warranty, subject to INWELT warranty terms and proper product use.

FE360 Maintenance and Consumable Recommendations

Correct maintenance helps preserve welding performance and extraction efficiency.

Inspect the Extraction Nozzle Regularly

Spatter and welding debris can restrict the extraction openings near the torch front end.

Inspect and clean these areas regularly according to welding conditions.

High-spatter applications may require more frequent cleaning.

Check the Gas Nozzle and Contact Tip

Inspect consumables for:

• Excessive spatter

• Wear

• Burnback damage

• Poor electrical contact

• Distortion

• Gas-flow obstruction

Replace worn components before they begin affecting welding quality.

Inspect the Wire Liner

A contaminated or worn liner may increase wire-feeding resistance and contribute to unstable welding performance.

Select the correct liner according to wire diameter and material.

Check the Extraction Hose

Inspect the extraction path and hose for:

• Blockages

• Damage

• Air leakage

• Crushing

• Excessive bending

Restrictions in the airflow path can reduce extraction performance.

Verify Extraction Performance

If fume capture noticeably decreases, check the torch, hose and external extraction unit rather than simply increasing suction.

Reduced performance may be caused by blocked filters, restricted hoses, contaminated extraction openings or incorrect system settings.

Frequently Asked Questions About the FE360 Fume Extraction MIG Torch

What is a fume extraction MIG torch?

A fume extraction MIG torch is a MIG/MAG welding torch with an integrated extraction channel designed to capture welding fumes close to the welding arc. The torch connects to an external extraction and filtration system that generates the required suction.

What is the rated current of the INWELT FE360?

The FE360 is rated at 340A with CO₂ shielding gas and 300A with mixed gas at a 60% duty cycle.

Is the FE360 air cooled or water cooled?

The FE360 is a gas/air-cooled fume extraction MIG/MAG torch.

For higher-current or higher-duty-cycle applications, INWELT also offers water-cooled fume extraction torch solutions.

What wire sizes does the FE360 support?

The FE360 supports wire diameters from Ø0.8 mm to Ø1.6 mm, depending on the liner, contact tip and welding configuration.

Does the FE360 need a separate fume extractor?

Yes. The torch provides the source-capture path, but a compatible external welding fume extraction system is required to generate vacuum and filter the extracted fumes.

Can fume extraction affect shielding gas?

It can if extraction airflow is set incorrectly.

The objective is to provide enough suction to capture fumes while maintaining adequate shielding gas coverage around the weld pool. Extraction settings should be optimized according to the welding current, nozzle, gas flow, torch angle and welding position.

What cable lengths are available?

Standard FE360 cable lengths include 3 m, 4 m and 5 m, with additional customization available for qualified OEM projects.

What industries use fume extraction MIG torches?

Typical applications include metal fabrication, structural steel, automotive manufacturing, agricultural equipment, construction machinery, railway equipment, industrial manufacturing and maintenance workshops.

Can the FE360 replace workshop ventilation?

A fume extraction torch is an engineering control designed to capture fumes close to their source, but it should not automatically be treated as a complete replacement for all general ventilation, respiratory protection or other workplace controls.

The appropriate fume-control strategy depends on the welding process, material, exposure assessment and local regulations.

Is OEM or private-label production available?

Yes.

INWELT supports OEM/ODM and private-label projects for welding equipment manufacturers, distributors, importers and wholesalers. Options can include branding, cable lengths, connectors, packaging and other product configurations.

Can INWELT customize the FE360 for my welding machine?

Connector and cable configurations can be customized according to project requirements.

Provide the welding machine brand, model, connector requirement, wire diameter, cable length and expected welding current when requesting a quotation.

How do I choose between the FE360 and a water-cooled fume extraction torch?

Choose the FE360 when an air-cooled 340A CO₂ / 300A mixed-gas torch at 60% duty cycle matches your welding requirements.

For higher-current welding, longer continuous arc-on time or demanding production environments requiring greater thermal capacity, a water-cooled model may be more appropriate.

Request a Quote for the INWELT FE360 Fume Extraction MIG Torch

Looking for a fume extraction MIG torch manufacturer, OEM welding torch supplier or customized source-capture welding solution?

INWELT supplies the FE360 to welding equipment brands, distributors, importers, wholesalers and industrial customers worldwide.

For faster technical evaluation, include the following information with your inquiry:

• Welding machine brand and model

• Required connector

• Welding current range

• Shielding gas

• Wire diameter

• Required cable length

• Fume extraction system

• Estimated order quantity

• OEM or INWELT branding requirement

Contact INWELT for FE360 specifications, OEM options, samples and quotation information.