Increase production efficiency, reduce your environmental impact and keep your shop and workers safe. Our dust and fume collectors and air filters for metalworking work hard for you, so you can focus on getting the job done.
Depending on the industry, contamination from metalworking can include heavy dust levels, explosive dusts and molecular pollutants that are responsible for odor, corrosive reactions or toxic threat to operators and the environment. All of these require unique air filtration solutions that are purpose designed to provide high levels of long-term performance in potentially harsh operating conditions.
The metalworking industry can include aerospace, buffing, polishing, grinding, laser cutting, plasma cutting, machining, metalizing, paint spraying, shot blasting, silos, welding, thermal spraying and more. Capturing the dust, smoke, mist or fumes generated during metalworking processes can create a unique challenge. Often, floor space is at a premium.
Camfil is an expert in industrial dust, mist and fume collectors that stop pollutants from entering the workspace and outside air, creating safer and cleaner environments. By combining the use of guidelines with our in-field experience and state-of-the-art filtration, Camfil will correctly size a cost- and space-saving filtration system that is reliable, durable and easy to maintain. Let us help you put in a safe dust and fume collection system.
A well-designed and maintained dust and fume collection system prevents respiratory problems and keep facilities in compliance with current air quality requirements. It can thus help you to avoid potential long-term liability issues, too
Thermal spraying is a technique where a material, in wire- or powder form, is melted and transferred with high velocity to the surface of the substrate where it forms a protective coating. The emissions generated from these processes pose a health and safety risk to both operators and the environment.
Industrial machining processes generate mist from cooling lubricants which have to be controlled before entering the ambient air. Mist separators extract the process air from the machine tools and separate the emissions from the air stream before returning the cleaned air back into the production or outside into the environment.
Plasma cutting is used for a variety of metals, including stainless steel, aluminum, and copper. Plasma tables generate molten metal, smoke, and gases which can be breathing hazards for machine operators.
Dry blasting is used to remove contaminants and irregularities from a metal surface to create a specific finish, and prepare it for paints or coatings. Dust collectors are the most effective way to capture and collect the particles of abrasive media and contaminate that become airborne during the blasting process.
Today's fiber laser tables generate molten metal, smoke and gases, which can pose breathing hazards to machine operators. Good ventilation and high quality filters help to prevent the inhalation of toxic airborne particles.
During the painting process, good filtration is crucial for protecting workers from a wide range of particulate and other airborne contaminants being inhaled from the paint booth.
Many industries rely on electronic and electrical control equipment for safe and efficient operation. To avoid unscheduled breakdowns, the equipment must be protected from corrosion originating from chemicals used in their manufacturing processes.
Overexposure to weld fumes can cause a wide range of health problems. Metal dust particles cause eye irritation, upper respiratory irritation and frequent headaches. Capturing dust and fumes generated during welding presents a unique challenge.
Energy Cost Index (ECI) Star Rating System set the standards for air filter performance. The more stars means better air filter performance and higher energy savings. Get recognized for saving energy, shrinking waste, reducing carbon footprint and improving indoor air quality.Take a breath Manufacturing and Machinery Food and beverage Sustainability Education and Experience Electronics and optics Air quality Case Studies Life science and healthcare Commercial and Public buildings Virus Contamination Control
Welding, grinding and laser/plasma cutting processes produce huge amounts of fine PM1 particles and various harmful gases that cannot be removed from the indoor air by ventilation alone.Manufacturing and Machinery Air quality
Camfil has provided container manufacturer AMG with a much more effective dust and fume extraction system offering higher filtration rates. A system that is also more sustainable thanks to reduced energy consumption and longer filter lifetime.
Camfil Air Pollution Control (APC) develops and produces dust, fume and mist collectors for industrial exhaust-air cleaning. These extraction systems are used across a wide range of applications and industries, including metalworking, pharmaceutical, automotive, food and beverage, and mining.
During the process of removing the four, 28 meter high boilers, a lot of environmentally harmful materials must be handled, and the demolition process will create dust and smoke, which cannot be spread outside the building.
Case Study: Gold Series Blasts Competitor Dust Collector. JPW Companies offers a wide variety of products built to last for manufacturing companies. Installed on a blasting machine, JPW Companies originally installed a competitor's dust collector to manage the facility.
Case Study: Metal Fabrication Workshop Improves IAQ. Increase production efficiency, reduce your environmental impact and keep your shop and workers safe. Camfil industrial air cleaners work hard for Georgian Gates, so they can focus on getting the job done.
Case Study: Protecting Family-Owned Auto Body Shop. With a reputation as the best in their area, the third generation, family-owned body shop rehabilitates the exterior of foreign and domestic vehicles as well as motorcycles, specialising in classic and specialty cars.