What are the opening hours?

Monday 8:30am - 5pm Tuesday 8:30am - 5pm Wednesday 8:30am - 5pm Thursday 8:30am - 5pm Friday 8:30am - 5pm

Air Impurities Removal Systems, 166 N 121st Street, Milwaukee, WI (2026)

06/04/2026

Did you know laser printing creates invisible hazards called LGACs (laser-generated air contaminants)? These airborne particles — including VOCs, ultrafine particles, and ozone — can cause serious long-term health effects like reduced lung function and increased cancer risk.

Choosing the right industrial fume extractor means looking for:
✅ HEPA or ULPA filtration
✅ Adequate CFM capacity for your facility
✅ Durable, industrial-grade construction
✅ Safe noise levels (73 dB or lower)

Don't overlook this hidden workplace hazard. Protect your team and your equipment. Read the full guide: https://www.airsystems-inc.com/resources/blog/industrial/how-to-choose-an-industrial-fume-extractor-for-laser-printing/

Learn about how laser printing fumes are created, why they’re dangerous, and how to find the right laser fume extraction system for your facility.

05/11/2026

Laser cutting is becoming increasingly popular across numerous manufacturing sectors, from complex metal fabrication to high-precision medical device manufacturing to detailed logos and letters for brand signage and advertising.

Laser cutting fumes are produced as a laser cutter melts or vaporized materials with intense, localized heat. This causes the material to break down chemically in a process called pyrolysis. During pyrolysis, the broken down material is instantly released in a plume of air that’s contaminated with irritants and carcinogens that can cause both short and long term health risks.

Without a fume extractor, laser cutting fumes can spread through ductwork, affecting your entire facility. They can also accumulate in areas with poor ventilation, creating a toxic haze that spreads throughout the workspace.

As leaders in filtration technology, Extract-All is a trusted partner for industrial companies seeking laser cutting fume extraction solutions. Contact us today to find a system for your facility.

Read more:

Learn the health risks of laser fumes, compliance requirements for industrial fume extraction, and how a purpose-built fume extractor keeps your team safe.

04/15/2026

The burning of metal – as well as thermoplastics, glass, and ceramics – that takes place during thermal joining emits a variety of contaminants that negatively impact indoor air quality (IAQ). Toxic gases and vapors, metal fumes, and fine particulate matter are all released into the atmosphere and, if not controlled, can be inhaled by workers. This occupational risk can result in short-term respiratory problems, long-term illnesses, some of which can result in death. The negative health impacts of thermal joining emissions cannot be overstated.

The removal of indoor air pollution is a multi-step process. Proper equipment maintenance, in addition to the use of air quality monitors and ensuring proper ventilation, are all vital. But the most effective way to guarantee that thermal joining pollutants do not enter the workplace is by using air cleaning equipment to remove pollutants at their source, before they can create a hazardous indoor environment.

At AIR Systems, Inc, our Extract-All® line of air cleaning products eliminates pollution at the source. Offering a full line of ambient and central systems, we recommend our portable fume extractors as they are specifically designed for brazing, soldering, and welding applications.

The burning of metal – as well as thermoplastics, glass, and ceramics - that takes place during thermal joining emits a variety of contaminants that negatively impact indoor air quality (IAQ).

04/02/2026

Industrial applications that require mist collection equipment are too many to name. Whether it be curing smoke emitted during rubber manufacturing, chemical mists produced from petroleum processing, or vapors emitted while metal cutting auto engine parts, air cleaning is necessary – as is choosing the right mist collection system.

Mist collection equipment differs from traditional indoor air pollution removal products in that mist collectors capture fluid droplets, oil smoke, and coolant fumes. The removal of these pollutants serves multiple purposes, including: cost savings, equipment efficiency, government compliance, health & safety.

At AIR Systems, Inc., we have the experience, depth of knowledge, and our superior Extract-All Oil Mist Collection products to protect our customers and their employees from indoor air pollution. Contact us today to schedule a free air quality assessment with one of our skilled and experienced specialists.

Read more about how to choose the right mist collector here:

Whether it be curing smoke emitted during rubber manufacturing, chemical mists produced from petroleum processing, or vapors emitted while metal cutting auto engine parts, air cleaning is necessary – as is choosing the right mist collection system.

03/18/2026

Technical ceramics, also known as engineering ceramics, are valued for their electrical and geothermal elements, as well as their hardiness and resistance to high temperatures. They are non-metallic, inorganic matter engineered from refined raw materials.

Made of nitrides, oxides, carbides, among other elements, the ingredients in technical ceramics include potentially hazardous ingredients such as manganese, chromium, and silicon. During the lapping process, microscopic particles are generated. This dust becomes airborne and can be inhaled by nearby workers.

In addition to traditional health and safety protocols, such as the use of PPE (personal protective equipment), safe handling of dry materials, workplace cleanliness, and proper ventilation, there is another important step in ensuring worker safety. Businesses can go a step further by installing air quality monitors and using air cleaning equipment to remove emissions before they become a health risk.

Read more about managing indoor air quality concerns from technical ceramics lapping here:

Made of nitrides, oxides, carbides, among other elements, the ingredients in technical ceramics include potentially hazardous ingredients such as manganese, chromium, and silicon. During the lapping process, microscopic particles are generated. This dust (fine particulate matter) becomes airborne an...

03/04/2026

While power coatings contain no solvents, thus rarely release volatile organic compounds, fine, invisible dust particles (a common type of particulate matter) can create fire and explosion risks as well as serious health problems when contact is made with eyes and skin. Dust emissions are particularly harmful when inhaled.

Respirable dusts are a health risk on their own but, when they contain toxic substances, the situation becomes a serious threat. Toxins commonly found in powder coatings include: crystalline silica, heavy metals, isocyanates, triglycidyl isocyanurate (TGIC).

As with all manufacturing dusts, mitigation begins with maintaining vigilant cleaning and sanitization practices and requiring workers to wear masks and protective clothing while working with powder coatings. Proper ventilation is a must. However, companies can go further by preventing dust emissions before they occur by installing indoor air cleaning systems, such as dust collection equipment.

Read more about the dangers of powder coating dust emissions here:

While power coatings contain no solvents, thus rarely release volatile organic compounds, fine, invisible dust particles (a common type of particulate matter) can create fire and explosion risks as well as serious health problems when contact is made with eyes and skin. Dust emissions are particular...

02/18/2026

Made up of water, air, minerals, and organic matter, soil is a complex mixture of substances that supports plant life by providing nutrients, structural stability, and oxygen storage. Unfortunately, soil can also include toxins and contaminants that hurt both nature and humans. Examples include pollutants from heavy metals (arsenic, lead, mercury, cadmium); chemicals (fertilizers, pesticides, herbicides); microorganisms (molds and bacteria); and volatile organic compounds (VOCs).

Businesses and trades that perform indoor soil work can protect workers from these pollutants by identifying specific risks, providing PPE, proper ventilation, and utilizing air filtration equipment.

Read more about pollution risks from indoor soil work and how air cleaning can help here:

Indoor soil work can emit harmful vapors as well as fungi and bacteria that can cause serious health problems.

02/04/2026

Toxins emitted during printed circuit board soldering primarily originate from the breakdown of flux agents and the burning of metals. Rosin (pine sap), a main ingredient found in flux, releases gases such as formaldehyde, acetone, methane, and CO2 when heated. Similarly, fumes are emitted from various toxic metals like lead, beryllium, cadmium, and mercury.

The best way to maintain a clean and healthy indoor air quality during PCB soldering is to prevent emissions at the outset. To accomplish this, OSHA emphasizes the need for proper ventilation and air cleaning measures, such as source capture.

Read more about soldering emissions and how to maintain healthy indoor air quality here:

To remove the occupational risk posed by soldering during printed circuit board manufacturing is to prevent emissions at the outset. To accomplish this, OSHA emphasizes the need for proper ventilation and air cleaning measures, such as source capture.

01/22/2026

Industrial plating is a complex manufacturing process that plays a critical role in improving a product’s conductivity, durability, and resistance to corrosion. It is used in the production of a wide range of items—from cell phones and coffee makers to medical devices, automotive parts, and everyday hardware such as nails and screws.

While industrial plating offers important benefits, inadequate control of indoor emissions can pose serious health and safety risks to workers. At AIR Systems, we help protect workers by providing advanced air cleaning solutions. Fume extractors significantly improve indoor air quality by capturing hazardous emissions at their source before they reach a worker’s breathing space.

Read more about the effects of industrial plating on indoor air quality and how to keep workers safe here:

While industrial plating offers important benefits, inadequate control of indoor emissions can pose serious health and safety risks to workers.

01/08/2026

To prevent indoor air pollution during manufacturing, air cleaners are routinely employed. Whether it be food products like pasta and sugar, chemical goods such as fertilizers and cosmetics, or necessary items like rubber tires and plastic toothbrushes, indoor air quality (IAQ) is improved by dust collection. But which type should be used? Wet dust collection? Dry dust collection? The answer is both, depending on the application.

Read more about the importance of wet and dry dust collection in maintaining healthy indoor air quality here:

To improve air quality on the factory floor or in a workshop, dust collection is a must. Why? To avoid fire, combustion, and polluted air, so as to improve production and keep workers free from harm.

Air Impurities Removal Systems

06/04/2026

05/11/2026

04/15/2026

04/02/2026

03/18/2026

03/04/2026

02/18/2026

02/04/2026

01/22/2026

01/08/2026

Address

Opening Hours

Telephone

Website

Alerts

Contact The Business

Shortcuts

Share

Category

Monday	8:30am - 5pm
Tuesday	8:30am - 5pm
Wednesday	8:30am - 5pm
Thursday	8:30am - 5pm
Friday	8:30am - 5pm