What are some signs that a fume extraction system may not function correctly, per Australian guidelines?

Signs include weak airflow, unusual odours, visible dust or fumes not being captured, and increased airborne contaminants detected by air quality monitoring. If these occur, the system should be inspected and repaired to ensure compliance with Australian regulations.

How can trade training centres in Australia ensure proper training on using and maintaining fume extraction systems?

Training should cover proper use, recognising faults, and maintenance procedures. Regular refresher sessions aligned with Australian safety standards help maintain compliance and safe practices.

Can fume extraction systems be customized for specific trade training activities according to Australian standards?

Yes. Fume extraction systems can be tailored for welding, soldering, or laser cutting, ensuring compliance with Australian regulations and the unique needs of each activity.

What are some common misconceptions about fume extraction by Australian standards?

A common misconception is that only large-scale operations need fume extraction. In reality, even small training activities can produce hazardous fumes requiring control as per Australian guidelines.

Are there regulations or standards governing fume extraction in trade training centres in Australia?

Yes. Safe Work Australia and other regulatory bodies provide standards requiring effective fume extraction systems in facilities where hazardous fumes are generated.

How often should fume extraction systems be inspected and maintained according to Australian standards?

Fume extraction systems should be inspected quarterly, filters checked and replaced as needed, and the entire system cleaned regularly to ensure proper operation and compliance with Australian standards.

What types of equipment require fume extraction in trade training centres according to Australian guidelines?

Welding machines, soldering irons, plasma cutters, laser cutters, and CNC machines all require fume extraction in training centres under Australian safety regulations.

What are the health risks associated with inadequate fume extraction in trade training centres, as outlined by Australian regulations?

Health risks include respiratory problems, headaches, dizziness, eye irritation, and long-term conditions like lung damage or cancer. Proper fume extraction is essential to minimise these risks.

How does fume extraction work according to Australian guidelines?

Fume extraction systems use hoods, ductwork, filters, and fans to capture, transport, and filter airborne contaminants before releasing clean air, in accordance with Australian safety standards.

What is fume extraction, and why is it important in trade training centres?

Fume extraction removes airborne contaminants generated during processes like welding and machining. It is vital in trade training centres to maintain safe air quality and meet Australian safety requirements.

Safe Welding Fume Extraction Solutions

Flexshield Safe welding fume extraction is specified for welding and fabrication areas where airborne contaminants need to be captured close to where they are generated. Fixed and mobile extraction configurations can be planned around welding processes, workstation layout, operator movement and the exposure controls required for the site.

Home » Products » Safe Welding Fume Extraction Solutions

Source-capture extraction for welding and fabrication work
Fixed and mobile configurations available
Adjustable extraction arms and hoods for positioning near the work area
Single or multiple extraction points can be considered
Filtration and ducting selected around the application
Access for filter inspection and maintenance can be incorporated into the layout
Can be coordinated with Welding Bays, Welding tables and Weldflex™ mobile screens

Captures welding fume close to the generation point when the hood or extraction point is positioned correctly
Can be configured around individual welding stations or multiple work areas
Allows extraction reach and positioning to be planned around the welding task and operator movement
Can form part of a broader hierarchy of controls for welding fume exposure
Supports workshop layouts where extraction, screening and workstations need to be coordinated

Extraction components

Adjustable extraction arms and hoods for source capture
Fixed or mobile extraction unit configurations
Ducting and mounting arrangements selected to suit the workshop
Filtration components selected around the welding process and contaminants
Access panels or service access for filter inspection and replacement

Workshop configuration

Wall, ceiling or floor-mounted arrangements can be considered where appropriate
Single or multiple extraction points can be planned around the number of welding stations
Arm reach and hood position should allow capture close to the welding activity without obstructing the work
Power, duct routes and maintenance access should be confirmed during design

Welding fumes are airborne contaminants and can contain a mixture of hazardous chemicals. Safe Work Australia states that workplaces must manage exposure to welding fumes and ensure workers and others are not exposed above the applicable workplace exposure standard or limit.

As at October 2026, Australia is transitioning from workplace exposure standards to workplace exposure limits for airborne contaminants. The WEL framework begins on 1 December 2026. Project requirements should therefore be checked against the current rules in the relevant state, territory or Commonwealth jurisdiction at the time of design and commissioning.

Safe welding fume extraction is one control measure and should be selected as part of the workplace risk assessment and hierarchy of controls. Extraction equipment alone does not establish compliance. Where exposure levels are uncertain, air monitoring or advice from a suitably qualified occupational hygienist may be required.

Copy the table below into your project document or email and complete as much information as you have available.

Requirement	Your project details
Welding process and contaminants
Welding processes used	_______________________________________________
Base metals	_______________________________________________
Welding consumables	_______________________________________________
Coatings or surface treatments	_______________________________________________
Other materials involved	_______________________________________________
Other gases, vapours or airborne contaminants	_______________________________________________
Number and layout of welding stations
Number of operators	_______________________________________________
Number of welding stations	_______________________________________________
Work area dimensions	Length ______ mm Width ______ mm Height ______ mm
Obstructions or access restrictions	_______________________________________________
Required extraction arm reach	_______________________________________________
Preferred hood position	_______________________________________________
Extraction configuration	☐ Fixed ☐ Mobile ☐ Individual ☐ Shared ☐ Not sure
Extraction and filtration
Required airflow	_______________________________________________
Capture arrangement	_______________________________________________
Filtration requirements	_______________________________________________
Air handling	☐ Recirculated ☐ Discharged ☐ Not sure
Other extraction requirements	_______________________________________________
Services and installation
Available electrical supply	_______________________________________________
Duct route requirements	_______________________________________________
Mounting points	_______________________________________________
Equipment location	_______________________________________________
Filter inspection access	☐ Required ☐ To be confirmed
Cleaning and maintenance access	_______________________________________________
Future workshop changes planned	☐ Yes ☐ No ☐ Not sure
Additional welding stations planned	☐ Yes ☐ No ☐ Not sure
Exposure control requirements
Applicable WES or WEL requirements	_______________________________________________
Workplace exposure assessment completed	☐ Yes ☐ No ☐ Not sure
Air monitoring required	☐ Yes ☐ No ☐ Not sure
Respiratory protection requirements	_______________________________________________
Other workplace controls	_______________________________________________
Other project requirements	_______________________________________________

Performance requirements for Safe welding fume extraction depend on the welding process, contaminants, airflow, hood position, duct design, filtration and how the equipment is used. A generic test result should not be applied across all workshop layouts.

Where capture performance, filtration data or commissioning evidence is required, specify those requirements for the selected equipment and project. Flexshield can provide available technical information for the proposed configuration.

Source-capture extraction for welding and fabrication work
Fixed and mobile configurations available
Adjustable extraction arms and hoods for positioning near the work area
Single or multiple extraction points can be considered
Filtration and ducting selected around the application
Access for filter inspection and maintenance can be incorporated into the layout
Can be coordinated with Welding Bays, Welding tables and Weldflex™ mobile screens

Captures welding fume close to the generation point when the hood or extraction point is positioned correctly
Can be configured around individual welding stations or multiple work areas
Allows extraction reach and positioning to be planned around the welding task and operator movement
Can form part of a broader hierarchy of controls for welding fume exposure
Supports workshop layouts where extraction, screening and workstations need to be coordinated

Extraction components

Adjustable extraction arms and hoods for source capture
Fixed or mobile extraction unit configurations
Ducting and mounting arrangements selected to suit the workshop
Filtration components selected around the welding process and contaminants
Access panels or service access for filter inspection and replacement

Workshop configuration

Wall, ceiling or floor-mounted arrangements can be considered where appropriate
Single or multiple extraction points can be planned around the number of welding stations
Arm reach and hood position should allow capture close to the welding activity without obstructing the work
Power, duct routes and maintenance access should be confirmed during design

Copy the table below into your project document or email and complete as much information as you have available.

Requirement	Your project details
Welding process and contaminants
Welding processes used	_______________________________________________
Base metals	_______________________________________________
Welding consumables	_______________________________________________
Coatings or surface treatments	_______________________________________________
Other materials involved	_______________________________________________
Other gases, vapours or airborne contaminants	_______________________________________________
Number and layout of welding stations
Number of operators	_______________________________________________
Number of welding stations	_______________________________________________
Work area dimensions	Length ______ mm Width ______ mm Height ______ mm
Obstructions or access restrictions	_______________________________________________
Required extraction arm reach	_______________________________________________
Preferred hood position	_______________________________________________
Extraction configuration	☐ Fixed ☐ Mobile ☐ Individual ☐ Shared ☐ Not sure
Extraction and filtration
Required airflow	_______________________________________________
Capture arrangement	_______________________________________________
Filtration requirements	_______________________________________________
Air handling	☐ Recirculated ☐ Discharged ☐ Not sure
Other extraction requirements	_______________________________________________
Services and installation
Available electrical supply	_______________________________________________
Duct route requirements	_______________________________________________
Mounting points	_______________________________________________
Equipment location	_______________________________________________
Filter inspection access	☐ Required ☐ To be confirmed
Cleaning and maintenance access	_______________________________________________
Future workshop changes planned	☐ Yes ☐ No ☐ Not sure
Additional welding stations planned	☐ Yes ☐ No ☐ Not sure
Exposure control requirements
Applicable WES or WEL requirements	_______________________________________________
Workplace exposure assessment completed	☐ Yes ☐ No ☐ Not sure
Air monitoring required	☐ Yes ☐ No ☐ Not sure
Respiratory protection requirements	_______________________________________________
Other workplace controls	_______________________________________________
Other project requirements	_______________________________________________

Project Gallery

"I would like to commend Flexsheild for their customer support, every step of the process has been very professional from quote to supply. I changed the request a few times and nothing was too much trouble, the welding screens arrived promptly from order and were packed extremely well. As we received 4 different curtain sizes all were clearly marked which made installation a breeze. Not only have we improved the visual appearance of our welding bays we believe we have provided our teachers and students with a safer working environment. I would be happy to recommend Flexsheild to any education provider as its Australian made and meets the highest quality and safety standards. Regards Steve Dearle Design Technology Technician Ellenbrook Secondary College."

Steve Dearle | Ellenbrook Secondary College

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Questions people ask about Safe Welding Fume Extraction Solutions

Why is welding fume extraction used in industrial workshops?

Welding can generate hazardous airborne contaminants. Source-capture extraction is used to collect fume close to where it is produced as part of the workplace controls used to manage worker exposure.

What is the current Australian exposure limit for welding fumes?

In October 2026, the workplace exposure standard for total welding fumes not otherwise classified is 1mg/m³ as an eight-hour time-weighted average where implemented in the relevant jurisdiction. Australia moves to the workplace exposure limit framework from 1 December 2026. Other individual components of welding fume can also have their own limits.

Is welding fume extraction enough on its own?

Not necessarily. Extraction should form part of the workplace risk assessment and hierarchy of controls. The welding process, material, contaminants, ventilation, work practices and any required respiratory protection all need to be considered.

Should extraction be positioned close to the weld?

Source capture relies on the extraction point being positioned close enough to collect fume before it disperses into the surrounding work area. The correct position depends on the welding process, airflow and workpiece without obstructing the operator.

Can Safe welding fume extraction serve multiple welding stations?

Yes, depending on the selected equipment and design. Multiple extraction points can be considered, but airflow, simultaneous use, ducting and filtration need to be assessed for the actual workshop.

Are fixed and mobile extraction options available?

Yes. Fixed and mobile configurations can be considered based on workstation layout, welding frequency, movement of workpieces and the reach required.

How do I know whether the extraction arrangement is controlling exposure?

Where there is uncertainty about airborne contaminant exposure, workplace air monitoring may be required. Commissioning checks, equipment maintenance and suitable professional advice can also help verify that the selected controls are operating as intended.

What information is needed to specify Safe welding fume extraction?

Provide the welding processes, materials and consumables, number of stations, work area dimensions, operating pattern, required reach, available services, proposed duct routes and any project-specific exposure or commissioning requirements.

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Note: Flexshield provides industrial acoustic solutions.
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Safe Welding Fume Extraction Solutions

Extraction components

Workshop configuration

Extraction components

Workshop configuration

Project Gallery

Project Case Study

Welding bay hazard containment for QR rollingstock depot

Addressing health and safety risks for Albemarle’s Australian facilities

Unique Welding & Grinding Bay Designs to Produce World-Class Outdoor Equipment

JRS Manufacturing Group – Welding Bays

Questions people ask about Safe Welding Fume Extraction Solutions

Download our product brochures and resources

Contact Flexshield today for a detailed assessment and consultation.
Call 1300 799 969 or contact us online.

Flexshield services all Australian States.