Micro Air Logo
Micro Air Logo

Micro Air® meets Harley Davidson's requirements for capturing grinding and polishing dust at the source using a a flexible height downdraft - backdraft table ducted to an RP2, two cartridge dust collector, providing 99.99%25 efficiencies and a downward velocity of over 250 feet per minute at the table. Micro Air® equipment was painted Harley black to fit well into the aesthetics of their plant.

Six curtained work stations comprised of twelve CAB - Clean Air Booth modules remove harmful dust that is generated in cutting, grinding, and sanding operations on composite c Clean Air Booth
Clean Air Booth


Six curtained work stations comprised of twelve CAB - Clean Air Booth modules remove harmful dust that is generated in cutting, grinding, and sanding operations on composite components.

Micro Air® RP6-2 with Intelli-Touch™ Energy Savings Controls ducted to multiple buffing and polishing stations at  Pro golf club manufacturer. RP6-2 Ducted to Multiple Grinding Stations
RP6-2 Ducted to Multiple Grinding Stations


Micro Air® RP6-2 with Intelli-Touch™ Energy Savings Controls ducted to multiple buffing and polishing stations at Texas Pro golf club manufacturer.

Micro Air® WC2500 HYDROMAX™ wet collector ducted to WCDDT downdraft table and a separate grinding wheel station. Flexibility is engineered into the installation with the addit WC2500 HYDROMAX™ wet collector - Aluminum Grinding
WC2500 HYDROMAX™ wet collector - Aluminum Grinding


Micro Air® WC2500 HYDROMAX™ wet collector ducted to WCDDT downdraft table and a separate grinding wheel station. Flexibility is engineered into the installation with the addition of a damper that diverts the pick-up velocities to either the table or the hooded grinding wheel. The entire installation meets OSHA / NFPA requirements for Combustible Dust while capturing highly combustible aluminum dust.

Micro Air® TM1000 portable collector, equipped with downdraft attachment is ideal for capturing particulate generated in the grinding of small parts. TM1000 with Downdraft Table
TM1000 with Downdraft Table


Micro Air® TM1000 portable collector, equipped with downdraft attachment is ideal for capturing particulate generated in the grinding of small parts.

MC3000 ducted to hoods, backdraft plenum, or source capture arms may be used to source capture grinding, sanding, routing, or polishing dust. MC3000 Source Capture
MC3000 Source Capture


When floor space is not available an MC3000 ducted to hoods, backdraft plenum, or source capture arms may be used to source capture grinding, sanding, routing, or polishing dust.

Micro Air® RP1 Twister™, single cartridge collectors installed at each automatic grinding station in a NorthEast tool and die maintenance shop maintain a clean, pristine work RP1 on Automatic Grinders
RP1 on Automatic Grinders


Micro Air® RP1 Twister™, single cartridge collectors installed at each automatic grinding station in a NorthEast tool and die maintenance shop maintain a clean, pristine work area, free of harmful dust and contaminants.

Micro Air OM6000 is designed for multiple pick-ups of grinding dust and mist. OM6000-Source Capture
OM6000-Source Capture


Micro Air® OM6000 is designed for multiple pick-ups of grinding dust or mist. Any of the ceiling hung units ie. MX3510, MX6000, MC3000 etc. can include optional source capture modules that allow ducting to various operations. Micro Air's network of Engineered Systems Distributors can assist with sizing and insure that proper transport velocities are maintained.

Grinding dust and particulate are captured with Micro Air Source Capture Arms ducted to RP6-2 central collection system, utilizing the additional safety feature of the SA4000V RP6-2 with Spark Arrestor - Ducted to Multiple Grinding Stations
RP6-2 with Spark Arrestor - Ducted to Multiple Grinding Stations


Source Capture Arms ducted to RP6-2 central collection system, utilizing the additional safety feature of the SA4000V spark arrestor for the drop-out of sparks. Locating the dust collector outdoors saves valuable floor space. Safety and convenience are engineered into the solution.

Micro Air XA34 self-contained Downdraft Table captures grinding dust and particulate. XA34 - Grinding
XA34 - Grinding


Micro Air® XA34, EXtreme Air Downdraft Table captures grinding particulate and sparks. Built-in sand trays and spark deflecting baffles over the filters reduce the risk of fire when capturing hot sparks, or burning embers. Micro Air® offers a full line of self-contained downdraft tables to meet size or application specifics.

Micro Air® RP8-2, central system, collecting grinding dust from twelve grinding / buffing stations located in two separate rooms. RP8-2 Ducted to Multiple Grinding Stations
RP8-2 Ducted to Multiple Grinding Stations


Micro Air® RP8-2, central system, collecting grinding dust from twelve grinding / buffing stations located in two separate rooms.

60 foot Clean Air Booth, configured with twelve power modules captures fiberglass sanding dust in military refurbishment center. Large Clean Air Booth - Sanding Process - Fiberglass
Large Clean Air Booth - Sanding Process - Fiberglass


2 each 60 ft. clean air booths, each with 12 power modules, at Maine Military Authority, capture fiberglass sanding dust in their military vehicle refurbishment center.

Micro Air® CAB - Clean Air Booth, equipped with Regain Air System is ideal for removing particulate generated in grinding and sanding of composites parts. Clean Air Booth - Grinding
Clean Air Booth - Grinding


Micro Air® CAB - Clean Air Booth, equipped with Regain Air System is ideal for removing particulate generated in grinding and sanding of composites parts.

Micro Air® HYDROMAX® wet collector with downdraft table combo provide the OSHA / NFPA compliant collection method for grinding, or sanding metals that can produce combustible HYDROMAX® Wet Collector - Downdraft Table Combo
HYDROMAX® Wet Collector - Downdraft Table Combo


Micro Air® HYDROMAX® wet collector with downdraft table combo provide the OSHA / NFPA compliant collection method for grinding, or sanding metals that can produce combustible dust, such as aluminum.

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