Products & Equipment

Standalone VSD Rotary Screw Compressors for Custom Air Systems AERO standalone VSD rotary screw compressors are designed for shops and industrial facilities that want to build or upgrade a compressed air system with separate tanks, dryers, filtration, and distribution equipment. These base-mount compressors provide efficient, high-volume air production while giving you flexibility to size the rest of the system around your facility layout and air demand. Available from 10 HP to 75 HP, this collection supports small shops, auto body facilities, manufacturing plants, woodworking operations, fabrication departments, and industrial service areas. Each compressor uses direct-drive rotary screw technology, variable speed control, and the MAM6080 touchscreen controller for efficient operation, real-time monitoring, and easier maintenance tracking. Standalone compressors are the right choice when you already have an air receiver, refrigerated dryer, or filtration system — or when your shop needs a custom installation with larger tanks, remote dryers, or centralized air piping. With 145 PSI maximum pressure and 220V or 460V 3-phase options, AERO standalone VSD compressors are built for reliable daily compressed air demand. Why Choose a Standalone Rotary Screw Compressor? Flexible system design for custom tank, dryer, and filtration layouts 10–75 HP range for small shops through industrial facilities VSD variable speed technology helps match output to real air demand Direct-drive rotary screw airend reduces belt maintenance and power loss MAM6080 touchscreen controller with WiFi and real-time monitoring 220V and 460V 3-phase options depending on model 145 PSI maximum pressure for demanding shop and industrial applications Common Applications These standalone rotary screw compressors are used in auto body shops, mechanical repair facilities, woodworking shops, fabrication areas, CNC workstations, manufacturing plants, tire service departments, packaging areas, and centralized compressed air systems. Choose this collection if you are building a custom compressed air system or upgrading only the compressor. For a complete packaged solution with integrated dryer, filtration, and ASME tank, use the all-in-one compressor systems collection instead.

Industrial Refrigerated Air Dryers for Cleaner Compressed Air AERO industrial refrigerated air dryers are designed to remove moisture from compressed air systems used in auto body shops, repair facilities, manufacturing plants, woodworking shops, fabrication areas, and production environments. By reducing water in the air lines, these dryers help protect pneumatic tools, filters, piping, CNC equipment, spray systems, and downstream machinery. Available from 42 CFM to 370 CFM, this collection includes refrigerated compressed air dryers matched for 7.5 HP to 75 HP AERO compressor systems. Each dryer is designed for stable daily operation with a 36–50°F pressure dew point, automatic condensate removal, and antifreeze protection. A refrigerated air dryer is one of the most important components in a reliable compressed air system. Without proper drying, moisture can cause corrosion, tool wear, filter overload, poor paint quality, inconsistent machine performance, and water buildup in air lines. AERO dryers help improve air quality and support cleaner, more dependable shop operation. Why Use a Refrigerated Air Dryer? Reduces moisture before compressed air reaches tools and equipment Helps protect air lines, filters, and pneumatic tools from water contamination Supports cleaner air for paint booths, CNC machines, and production equipment Automatic condensate removal reduces manual draining Antifreeze protection helps improve operating reliability 42–370 CFM range for 7.5–75 HP compressor systems 220V single-phase power for common shop installation Common Applications AERO refrigerated air dryers are used in auto body shops, mechanical repair shops, woodworking facilities, CNC work areas, fabrication departments, tire service operations, manufacturing plants, packaging lines, and general industrial compressed air systems. For best results, select a dryer based on compressor size, rated CFM, inlet air temperature, ambient temperature, and required air quality. In most shop systems, the dryer should be installed with the proper air receiver, filtration, drain setup, and bypass piping to support reliable maintenance access. Matched Dryer Sizes Dryer Size Recommended Compressor Size 42 CFM 7.5–10 HP 84 CFM 15–20 HP 127 CFM 25–30 HP 230 CFM 40–50 HP 370 CFM 75 HP Build a More Reliable Compressed Air System AERO refrigerated air dryers are a practical upgrade for any shop that depends on clean, dry compressed air. Whether you are opening a new facility, upgrading an existing compressor room, or replacing an undersized dryer, this collection helps match the right dryer to your compressor and air demand.

ASME Air Receiver Tanks for Compressed Air Systems AERO ASME air receiver tanks are designed to add compressed air storage, improve pressure stability, and support more efficient compressor operation. Available from 80 gallons to 260 gallons, these vertical air receivers are built for professional shops, auto body facilities, manufacturing plants, woodworking shops, fabrication areas, and industrial compressed air systems. An air receiver tank acts as a storage buffer between the compressor and your air demand. By adding reserve capacity, it helps manage sudden air usage spikes, reduce pressure fluctuation, and limit unnecessary compressor cycling. This can improve system stability, support better air delivery, and help protect the compressor from short cycling in demanding shop environments. Each AERO air receiver is built to ASME Section VIII standards and rated for 145 PSI maximum working pressure. The vertical design helps save floor space while providing reliable compressed air storage for rotary screw compressors, piston compressors, refrigerated dryers, filtration systems, and shop air distribution lines. Why Add an Air Receiver Tank? Increases compressed air storage for peak demand periods Helps stabilize system pressure across the air network Reduces compressor short cycling when properly sized Supports better air dryer performance by improving system buffering ASME Section VIII construction for professional installations 145 PSI maximum working pressure for common shop air systems Vertical design to save floor space in compressor rooms Common Applications AERO ASME air receiver tanks are used in auto body shops, mechanical repair shops, manufacturing facilities, woodworking shops, fabrication departments, tire service areas, CNC workstations, packaging lines, and general industrial compressed air systems. They are a strong choice for facilities upgrading an existing compressor setup, adding storage to support higher peak demand, or building a complete compressed air system with a standalone compressor, refrigerated dryer, filters, and air distribution piping. Available Tank Sizes Tank Size Max Working Pressure Typical Use 80 Gallons 145 PSI Small shops, garages, light commercial air systems 130 Gallons 145 PSI Professional shops and medium air demand 260 Gallons 145 PSI Industrial shops and higher-demand air systems Build a More Stable Compressed Air System A properly sized ASME air receiver tank helps create a more stable and reliable compressed air system. Whether you are opening a new shop, expanding air demand, or upgrading an existing compressor room, AERO air receivers provide the storage capacity needed to support consistent shop air performance.

Compressed Air Filters for Cleaner, More Reliable Shop Air AERO compressed air filters are designed to help reduce moisture, oil mist, and airborne contamination in professional compressed air systems. This collection includes CTA-grade precision line filters with automatic drains and replacement CTA filter elements for compressor systems from 10 HP to 75 HP. Clean compressed air is critical for protecting pneumatic tools, air dryers, receiver tanks, regulators, spray equipment, CNC machines, and downstream production equipment. Adding the right filtration helps reduce contamination in the air line, improve system reliability, and support better performance in auto body shops, repair facilities, woodworking shops, fabrication areas, and industrial environments. The complete CTA precision line filters include an integrated automatic drain to remove collected condensate from the filter bowl. Replacement filter elements are available separately to help maintain filtration performance during scheduled compressor system maintenance. Choose the Right CTA Filter for Your Compressor System Complete line filters for new installations, air system upgrades, and added downstream protection Replacement filter elements for scheduled maintenance on compatible CTA filter housings 10–75 HP compatibility for small shops through high-demand industrial air systems Automatic drain options to help remove condensate without manual draining CTA-grade filtration for cleaner compressed air delivery Useful after refrigerated dryers to help protect downstream air lines and equipment Built for shop and industrial air systems using rotary screw compressors Complete Line Filters vs. Replacement Filter Elements Product Type Best Use Precision Line Filter with Auto Drain Complete filter assembly for new installations or air system upgrades Precision Filter Element Replacement internal element for scheduled maintenance Common Applications AERO compressed air filters are used in auto body shops, paint and prep areas, mechanical repair shops, woodworking shops, tire service departments, CNC workstations, fabrication shops, maintenance departments, and general industrial compressed air systems. For best performance, select the filter size based on your compressor horsepower, rated CFM, system pressure, and required air quality. In most shop air systems, filters should be installed with proper isolation valves, drain routing, and service access so elements can be replaced easily during maintenance. Available Filter Sizes Filter Size Recommended Compressor Size CTA 10 HP 10 HP compressor systems CTA 15–20 HP 15 HP and 20 HP compressor systems CTA 25–30 HP 25 HP and 30 HP compressor systems CTA 40–50 HP 40 HP and 50 HP compressor systems CTA 75 HP 75 HP compressor systems Build a Cleaner Compressed Air System AERO CTA compressed air filters help complete a professional air treatment setup. Use complete line filters when building or upgrading the system, and keep replacement filter elements on hand for scheduled maintenance. Together, they help protect your tools, equipment, and compressed air investment.