Product Line
Air Compressors & Complete Compressed Air Systems
Compressed air quality isn't just about the compressor. From generation and moisture removal to filtration, storage, and energy recovery, every stage affects the lifespan and defect rate of your downstream equipment — we plan the whole line together, and we don't tie you to a single brand.
Oil-Lubricated
Reciprocating (Piston) Air Compressors
A piston moves back and forth inside a cylinder to compress air, with lubricating oil sealing and cooling at the same time. Simple construction and lower upfront cost — suited to smaller, intermittent air demand.
Oil-Lubricated
Screw Air Compressors (incl. VSD models)
Two meshing screw rotors compress air continuously; lubricating oil seals the rotor clearance and carries away compression heat. VSD models adjust speed to match demand, making this the workhorse for stable air supply.
Oil-Free
Reciprocating Oil-Free Air Compressors
The piston and cylinder wall are sealed with special materials instead of oil, so compression never contacts lubricant. Suited to smaller volumes where zero oil contamination is required.
Oil-Free
Screw Oil-Free Air Compressors
Rotor surfaces are specially treated and timed by external gears, so the compression chamber needs no oil. The workhorse for large-volume oil-free systems — common in food, electronics, and medical production lines.
Oil-Free
Scroll Oil-Free Air Compressors
A fixed and an orbiting scroll mesh together, compressing air through their relative motion with no oil contact at any point. Smooth, quiet operation suited to smaller oil-free needs.
Moisture Removal
Refrigerated Dryers (Standard & Energy-Saving)
Cools the air so water vapor condenses and drains off; energy-saving models add heat exchange to recover cooling energy and cut power use. The most common way to remove moisture, suited to general pneumatic tools and conveying air.
Moisture Removal
Desiccant Dryers
A desiccant material adsorbs moisture, with twin towers alternating regeneration to reach a lower dew point than refrigerated dryers. Used for instrument air, low-temperature piping, and other moisture-sensitive processes.
Air Storage
Air Receivers
Stores compressed air to buffer the gap between compressor start-stop cycles and peak demand, keeping system pressure more stable and reducing how often the compressor cycles.
Filtration
Precision Filters
Filters oil mist, particulates, and other contaminants in graded stages by pore size, protecting downstream equipment and processes from contamination carried in the compressed air.
Filtration
Secondary Oil Mist Eliminators
Installed after the precision filter to remove residual oil mist to an even lower concentration, for processes that demand higher air quality.
Pressure Boosting
Air Boosters
Uses the difference in cylinder cross-sectional area to boost existing system pressure to a higher level, without installing a separate high-pressure compressor. Suited to processes that need a brief, high-pressure air source in one location.
Energy Recovery
Heat Recovery Systems
Recovers the compression heat generated while the compressor runs and converts it into usable hot water or hot air. Instead of venting that heat out of the plant room, it's put to use — preheating process water or warming the facility.