Welding extraction prevents health risks, improves productivity and ensure compliance

Ensuring clean air in the welding industry is crucial for preventing serious health risks among welders, enhancing productivity and maintaining compliance with safety standards. Exposure to welding fumes, recognized as a known carcinogen, necessitates safe and compliant working environments to protect welders.

Whether operating a small welding workshop, field welding or a large scale automated factory, Nederman is dedicated to providing welding extraction solutions that meet your specific requirements. Regardless of the welding method employed, be it robotic, cobot, or manual, effective welding extraction is imperative to safeguard welders, sustain productivity, and compliance with rules and regulations.

Optimal welding extraction for an energy efficient and profitable operation

Capturing and filtering weld fume consumes energy so it is important to invest in a system that optimises energy efficiency to reduce operating costs and help manufacturers achieve their sustainability goals. Factors including method of capture, industrial ventilation design, filter media selection and proper service / maintenance practices all contribute to how energy efficient a fume extraction can be. 

For simple or complex systems, Nederman brings expertise and industry leading technology to ensure optimal energy efficiency for our customer’s welding fume extraction solutions.

Safe and healthy welding and cutting processes

The health and safety of welders are paramount considerations, given their elevated risk of serious illness compared to other professions. Welding and thermal cutting generate very fine fume particles (< 1μm) that are within the respirable range that can penetrate deep into the lungs and be absorbed into the blood stream. Prolonged exposure to welding fumes pose a wide range of health risks, from mild irritations to severe, long-term conditions like cancer. These risks emphasize the critical nature of effective capture and efficient filtration to reduce worker exposure in accordance with the latest health and safety standards.

Increased productivity in welding operations

Productivity in welding has never been more important due to a variety of factors including welder shortages. Safe and healthy working environments free of welding fume boosts productivity through reduced absences, increased worker focus and motivation. Additionally, uncontrolled welding fumes can accumulate onto machinery, electrical cabinets, and inventory, leading to increased downtime and additional housekeeping costs. Reduced operational costs resulting from improved productivity and reduced downtime are great benefits of effective weld fume control.

Regulatory compliance 

Health and safety organizations including HSE, ACGIH, OSHA have established strict permissible exposure limits (PELs) for thermally generated fumes. Even materials once considered less hazardous, such as mild steel, are now widely accepted as carcinogenic and more toxic materials common in stainless steel welding such as hexavalent chromium (Cr(VI)) or manganese have even more stringent exposure limits.

Compliance can best be achieved by applying the Hierarchy of Controls beginning with trying to eliminate or reduce the hazard to acceptable levels. With these being difficult to accomplish in welding applications, engineering controls capturing the fume at or near the source reducing exposure to the welder’s breathing zone is the most common approach to compliance.

As manufacturers invest in welding automation solutions including cobots or robots, it remains important to consider fume extraction when planning for these investments to maintain compliance. While the exposure may be less acute compared to manual welding, higher fume generation rates left unchecked, migrating throughout the factory can expose more workers to the hazards.

Did you know?

In 2019, International Agency for Research on cancer (IARC) classified weld fume as a known carcinogen that can lead to lung cancer.

What is weld fume?

  • Welding fume is a complex mixture of gases and metals resulting from the base metal and filler metal being used
  • Many factors influence the worker exposure including the welding technique, amperage, base metal, consumable materials, part geometry and local environment
  • Extremely small. The small size poses a significant risk to inhalation and requires high efficiency filters to capture

Our products and solutions

We have long and extensive experience and a wide range of products and solutions in welding fume extraction. If you need help finding the right solution for your needs, our experts and advisers will help you. 

Welding Fume Extraction Arms and Capturing Devices Fume Eliminator Fume Eliminator 24/7 FilterCart FilterBox Dust collector FMC Ambient Filtration Air Purification Tower

Global leader of industrial fume extraction and filtration solutions

With our extensive history, experience, expertise and global presence, Nederman can help you create a safe, productive, efficient and compliant welding operation

  • Complete solutions: Broad range of fume extraction solutions that allows us to provide the right product
  • Industry Expertise: Clean air experts since 1944 with tens of thousands of successful installations globally
  • Quality and Reliability: Welders around the world trust our products every day in harsh environments to deliver clean air
  • Turn-Key Approach: From design, comissioning to service and maintenance, we have all you need covered
  • Sustainable Partner: Commitment to deliver clean air solutions to help manufacturers protect people, planet and production

Download our Welding Fume Extraction Brochure


Contact us

We have extensive experience of various challenges in the different industries and our experts are very skilled, helpful and professional. With us, you can feel secure that we take care of you and your needs. You are always welcome to contact us regardless if you have a short question or a more complex and complicated one. A warm welcome to Nederman.

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