Fume Extraction Welding
Fume extraction solutions were designed to protect welders from the harmful fumes created during the welding process. Fume extraction welding systems capture fumes spread through the workplace to ensure the safety of welders.
Our solutions capture fumes at the source, to keep from traveling further than the welder’s station. This can ensure the highest level of safety for air-quality and for all workers in the plant.
Fume Extraction Products
The xFUME™ Fume Extraction Solutions line by Abicor Binzel creates opportunity to improve fume extraction safety in a number of welding applications, including yours. We offer fume extraction products for manual and robotic welding operations. These solutions are designed to work for you to ensure the role of fume extraction, a necessary addition to every operation, is easy and effective.
Fume Extraction Solutions
As the standard for welding safety in the workplace has increased, the need for innovative solutions has created an industry demand. Fume solutions are at the forefront of these standard changes, with many plants concerned about the spread of harmful smoke traveling and hindering the workplace.
Our guiding belief is that source capture fume extraction welding is the most effective means to limit weld fume exposure and protect you most valued asset: your people. Source capture means that the welding fume is extracted from the arc and filtered into a nearby fume extraction system. This limits the fumes ability to spread to other parts of the plant and expose workers.
The solution to fume exposure is extracting fumes around the welders breathing space. Our systems are designed to clean your facility from the source of your welding to the fumes that may escape into the air. We offer solutions for all fume extraction welding needs and strive to be leaders in a safety driven advancement for the industry.
Expert Statements: Fume Extraction
Etienne Blouin, Director of the Environmental Systems Group for Abicor Binzel USA, sits down to discuss the importance of welding fume extraction, some misconceptions, and how to get started with fume extraction in your facility.
Fume Extraction Welding Equipment
Capturing harmful welding fumes from the source is the most effective way to create a clean and safe environment for your facility. In order to do this, the proper equipment is necessary. Abicor Binzel offers an array of welding products that provide solutions for many different fume extraction needs.
A fume extraction MIG gun allows the welder to be close to the weld without interfering with the operation. This high static pressure equipment optimizes fume capture by extracting welding fumes from the arc, rather than outside of the welder’s workspace. This is critical when welding at higher parameters, as the concentration of metal particulate is heavier as your weld power increases. This type of fume extraction equipment is essential to stop the spread of harmful welding fumes beyond the welder’s station. We believe this is the most effective way to capture weld fumes and have designed our fume extraction solutions to work in this way.
If you are extracting fumes from the source, that smoke naturally has to transfer elsewhere. In most cases, you extract fumes and the captured smoke would travel through a ventilation system. When it comes down to ventilation systems, you can opt to connect to a vacuum system or, if you are not using source fume capture, you would opt for an overhead hood. Connecting a fume extraction MIG gun to a portable vacuum system would provide for easy, user-friendly usage. The quality and safety of your facility would remain above industry standards and be the optimal solution to welding fume extraction in your workplace.
For plants that are newer to fume extraction, an overhead hood is a good start. This fume extraction equipment is easy to use and requires very little setup. The disadvantage of overhead hoods is they can give fumes the ability to transfer outside of the welders direct breathing area, therefore exposing the entire plant and other workers to harmful fumes. Our goal is to eliminate the risk and offer welding equipment designed to work directly with a source capture system.
The introduction of robotic fume extraction welding has continued to improve our fume solutions line. Robotic fume extraction equipment is on the newer side of the industry advancement. Our system works similarly to our fume extraction MIG guns in that it captures fumes from the source without tampering the overall welding operation. With a sleek design and easy installation, our robotic equipment has optimized capabilities in high performing smoke extraction welding.
Depending on the process used, the material in question, or the size of the part, the best fit your fume extraction applications may vary. Abicor Binzel has created solutions for an array of fume extraction needs with our full turn-key fume extraction solutions line.
Source Capture Fume Extraction Explained
Welding Fume is Very Dangerous to Industrial Workers
Weld fume consists of metal, process gas, and non-process gas to form a toxic air that rises, spreads, and is easily inhaled.
A study from IARC, the International Agency for Research on Cancer, classified weld fume as a Class I carcinogen in 2017, meaning welding fume is a known cause of cancer.
Local and national governments are increasingly enforcing more stringent air quality requirements to protect industrial workers.
A cleaner and safer environment not only protects industrial companies from liability, but it helps your workforce be more productive and attracts quality people to your company.
The Closer to the Arc Weld Fume is Captured, the Less it Spreads
Many of the more well-known fume extraction solutions are positioned far away from the source of the weld fume.
These measures do a good job of funneling out dirty and hazardous weld smoke, but are not able to protect the welder directly.
However, these solutions fit too far between the worker and the weld fume to protect them from breathing in these dangerous fumes.
As engineered solutions catch weld fumes closer to where it begins, the ability to limit it's spread increases.
This is why our solutions focus heavily in the most concentrated areas, where they can make the greatest impact, often at a lower cost.
Weld Fume is Best to Address at the Welding Arc
Fume extraction welding guns are not new technology. But the way they work today is.
Modern engineering has allowed us to know more about the type of static pressure needed to effectively capture weld fume depending on your parameters and your welding process.
The more restriction and the higher the parameter = the more suction power you need.
This means you need to have an adequate amount of pressure to capture those concentrated weld fumes without affecting shielding gas and without compromising the welder. Enter ABICOR BINZEL xFUME extractoion.
Got Questions on Fume Extraction?
There’s usually a question of whether all that additional design and engineering that goes into these fume guns affect the performance of the gun itself.
Is there a loss of amperage? Will it fatigue my welder more? We answer those concerns below.
While it is argued that fume guns don’t ‘perform’ as well, the answer is no, you won’t sacrifice any performance. Today’s fume extraction welding guns perform just as well as regular welding guns with capacities from 200 to 500 amp air and water-cooled for almost every possible situation a standard MIG gun handles. The guns also feature the same range of features as in a standard MIG gun.
Fume guns have been really sensitive to creating porosity from the vacuum sucking up the shielding gas and replacing the gas with oxygen. This in the past has caused a lot of bad welds and a lot of reworking which undercuts the investment into fume extraction guns and extractor systems.
You want to make sure all the vacuum you apply is not reaching the zone where the shielding gas should be. If you measure turbulence near the end of the shielding nozzle, then your flow is too strong or your shroud too close to the welding operation.
Yes, some systems do offer adjustable or dual-flow set-up. Check with whichever company you consult with on fume extraction solutions to see if they offer it.
Fume extraction units for ABICOR BINZEL's fume extraction systems do have an adjustable flow feature.
This is a great question because there are fume extraction guns that can be heavy and bulky to handle, which can affect welders’ stamina. But, even the strain of using a fume extraction torch would depend on the gun you’re changing from and the smoke gun you’re picking, because there are fume guns out there that achieve the same feel and handle as most MIG guns on the market.
It’s also a matter of welding positions. Overhead and vertical welds by their very nature are more straining weld positions than horizontal or down welds, so heavier fume extraction guns could be more strenuous and adversely affect performance because if the welding gun isn’t positioned properly it won’t capture the fume as much as it could.
However, these concerns and the guns’ performance again depends on the MIG gun being switched from and the fume gun in question. Take a demo and see if the difference is real.
You can find plenty of MIG guns out there with the swivel at the base of the cable, and there are plenty of cables out there that weigh the same as many non-fume extracting MIG torches on the market. Do your research and talk to your welding supplier or a qualified rep.
This was a common issue with the first generation of fume extraction guns. In order to fit all the additional components into the first fume extraction guns, there was a significant amount of added weight that made the gun bulky, heavy, and cumbersome to handle.
Today, with a much-increased focus on weight reduction, welder access, and torch ergonomics, modern fume guns are far more comfortable and welder-friendly tools. So much so, that some fume guns, including our own xFUME™ / RAB torch line, are actually less in weight than comparably rated, non-fume extraction MIG guns. Weld.com has a great YouTube video that covers the fume extraction weight question.
The only additional consumable a fume extraction gun requires is the fume shroud.
Other than that, you’re using the same setup as a regular MIG welding gun: diffuser, tip holder, contact tip, and nozzle.
Consumables such as the diffuser, tip holder, and contact tip are the exact same for regular BINZEL MIG welding gun as our fume extraction torches (nozzle may vary depending on fume extraction gun model). And for most other manufacturers it is also the same.
In short, no. Fume extraction guns handle any wire – whether flux-cored, metal-cored, or solid wire. However, depending on the wire used there can be more smoke produced, which is a consideration and an item to evaluate as you look at all the options with fume extraction solutions. With metal-cored and solid core, you will be looking at higher parameters normally as well as hotter gas mixes, which will translate to faster traveling smoke and more difficult welding positions to do fume extraction with for a source capture solution.
Metal-core presents one of the common misconceptions of fume extraction welding. For some, it is believed that welding metal core wire with a clean gas mix (i.e., CO2) creates a ‘clean’ smoke that doesn’t need fume extraction. This is a common myth. Toxic particles will still be released into the atmosphere from the base metal and from the wire as it melts to join into the weld joint, and without proper fume extraction equipment and procedures in place, your welders and the rest of your workers will breathe it in and be adversely affected by it.
Flux-core wire produces a very thick and visible smoke when being welded with. It also releases a lot of particulates into the atmosphere that you would want to catch at the source so as it wasn’t breathed in by your workers. Flux-core also is generally used for low parameter welding, which makes it very easy to extract at the source because lower parameter means slower smoke travel.
Which Fume Shroud is Best?
Product Overview: xFume™ Fume Extraction MIG Torch
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- How to Test Your Fume Extraction System
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- 3 Problems with Contact Tips (and How to Overcome Them)
- Understanding Contact Tips