
When evaluating a welding fume extractor, it’s easy to be drawn to large CFM numbers. What often isn’t clear is where that airflow is measured. In many cases, those numbers are tied to motor ratings, not the airflow available at the hood where fume capture actually occurs. This article helps explain this.

When choosing a fume arm, it’s easy to assume that a larger arm will capture more fumes & provide better performance. In reality, that’s not always the case. Oversizing your arm can actually lead to poor performance, inefficient capture & wasted energy. The key is to match arm size to the application & airflow needs.

IAP recently loaded up the truck & hit the road. Our mission: to install a full lineup of our IAP Weld Shell welding booths & our signature fume extraction arms at a new trade school. This wasn't just another installation; it was about transforming a workspace into a truly safe & state-of-the-art learning environment.

In a variety of professional environments, from scientific laboratories to specialized workshops, maintaining superior air quality is critical. The IAP Laboratory Snorkels are a proven solution for capturing and removing harmful airborne contaminants right at their source. While the name suggests a scientific setting,

When it comes to capturing fumes in tough-to-reach places, sometimes a standard fume extraction arm just isn’t enough. That’s where our IAP Extension Booms come in. Built to help you cover more ground—literally—they’re designed for spaces where flexibility and reach really matter, like shops with overhead cranes, wide work bays, or multiple workstations.






