Everything You Should Know About Fume Extraction

Everything You Should Know About Fume Extraction

Executive Chronicles | Everything You Should Know About Fume Extraction | If you have never heard about fume extraction solutions, don’t worry, as we have covered you. In recent times, fume extraction is becoming an increasingly required solution for industrial firms. Having a solid understanding of what fume extraction systems are and how they operate is critical when determining whether or not to use fume extraction in your applications. 

While each system is designed to perform a distinct function, all fume extraction systems have one common goal: to remove the toxic gases produced during the welding process from the environment. When getting started with fume extraction, you need to know a couple of important factors. Read on to know further.

The Basic Purpose of Fume Extraction:

  • The purpose of a fume extraction welding system is to remove the undesired gases that can spread throughout your facility and affect not only your welders but also the rest of your workforce.
  • Most of the smoke is extracted by these vacuum systems since they are designed to be powerful enough to remove practically all of it. When installed in your factory, a fume extraction system may seem like a compact, portable machine that attaches to a MIG gun. 
  • Another type of unit is an overhead arm, which is located over the welder’s station. Whatever the requirements of your specific operations are, there is a fume extraction system available to address the issues you are experiencing. 
  • Abicor Binzel thinks that source fume capture is the most effective fume extraction option for zing your employees’ health at their place of employment. 

How Are Fume Extraction Systems Designed?

  • Fume extraction systems have an internal enclosure that contains a filter and a motor that generates negative static pressure to remove fumes. 
  • From the aspect of functionality, it is a straightforward system. A motor/blower, similar to that found in a shop vac, creates vacuum pressure in the unit. 
  • During welding, a turbine within the device rotates rapidly to generate the power required to collect fumes while the welder uses the flame. 
  • To achieve the extremely high static pressure required for working with a welding torch, these industrially developed systems make use of specialized blowers.

All about  Fume Filtration and Collection:

  • The particles gathered in a fume extraction unit can be disposed of in one of two ways: first, they can be burned or ground up. 
  • For example, one technique uses a reusable filter system in which dust and other particles gather on the filter membrane itself.
  • Whenever the filter membrane becomes full due to dust buildup, it is simply removed and replaced with a fresh filter.
  • The use of a cleanable filter is another option. All You have to do is to collect the particles into a membrane and then clean it by pushing the particles down to a collection bin. 
  • Either manually or automatically with the help of the fume extraction unit. And then collect the particles at the collection bin to dispose of them either in the trash or through recycling.

How Fume Extraction Systems are Made

The majority of the metal sheet used in constructing the fume extraction units and their outer casing. They are constructed in this manner because you want a unit that will withstand the rigors of use and damage in an industrial setting such as a plant. 


So, by reading the points of the above article now, you have a basic knowledge of fume extraction. To increase welder safety and the general air quality of the plant, Abicor Binzel has devised fume extraction devices that catch dangerous weld fumes at the arc. When used with a high-powered vacuum system, this welding fume extraction equipment ensures excellent smoke extraction performance.