Air Quality Engineering uses proven technologies and a comprehensive range of equipment to control harmful airborne industrial contaminants such as coolant mist, welding smoke, and grinding dust.
The source capture arms from Air Quality Engineering are the result of input from our customers and years of engineering development. We recognize that one of the largest hurdles to using source capture arms is the ease of use. Consequently, our new arms are job-tested to be both easy to move and stable once positioned. While old designs tended to “spring-back” the new parallel linkage design allows the arm to retain its position even when fully outstretched. AND it will eliminate recoil when the arm is positioned closer to its mounting. The arms are designed with a minimal amount of internal restriction resulting in maximum airflow. The design of the arm also incorporates minimal wear components to insure long life.
Portable cartridge unit with a compressed air cleaning system.View DetailsGet a Quote
Portable cartridge unit without the compressed air cleaning system. Compare to AQE2000 but without pulse system.View DetailsGet a Quote
Overhead cartridge system compressed air cleaning system, suitable for large quantities of dry dust.View DetailsGet a Quote
Small industrial portable source capture system. Ideal for small welding applications.View DetailsGet a Quote
Large portable industrial source capture system. Largest of the media, portable units we have to offer.View DetailsGet a Quote
Portable, small industrial electrostatic unit. Suitable for source capture.View DetailsGet a Quote
Small industrial portable source capture system. Slightly taller than M32V to accommodate longer bag filters.View DetailsGet a Quote
Portable industrial HEPA air cleaner. This air cleaner is intended only for source capture.View DetailsGet a Quote
Features and Benefits:
The conical hood design of our source capture arm was the result of an intensive effort to model and develop the most efficient and practical hood design using leading edge computational fluid dynamics programs. These programs use numerical analyses to effectively and accurately model the airflow pattern at the inlet of the hood and maximize the capture velocity as far away from the hood as possible. This mitigates user error and allows for more forgiveness in hood positioning.
Source capture arms and local exhaust ventilation systems, such as those offered by Air Quality Engineering, play a crucial role in maintaining workplace air quality and protecting workers from harmful airborne contaminants. Some additional points to consider about these systems:
Our source capture arms and local exhaust ventilation systems are essential tools in industrial settings to maintain air quality, protect worker health, and ensure a safe and productive work environment. Advancements such as user-friendly design, optimized airflow, and variety of choices make AQE systems effective and adaptable for your industrial application.