Our innovative scroll technology is completely oil-less, extremely quiet, energy efficient, and easy to maintain. The sound enclosure cabinet decreases noise levels even further, allowing the compressor system to be installed right at the point of use. The small footprint also helps maximize available floor space.

Our innovative scroll technology and sound enclosure cabinet is now available in a tankmounted system, providing a smaller footprint to maximize available floor space.

Our simplex and duplex scroll tank mounted systems with integral after-cooler design are perfect for any application where clean dry air is required. Starter control panel and dryer options are available to modify the system for a particular application. Our innovative scroll technology is completely oil-less, extremely quiet, energy efficient, and easy to maintain. Mounting the scroll compressor of the tank itself maximizes available floor space and allows for easy access to the compressor for maintenance. Systems with our oil-less scroll pumps are also ideal for situations where excessive noise or vibration may be an issue.

Our oil-less scroll basemount systems are perfect for any application where clean dry air is required. Our innovative scroll technology is completely oil-less, extremely quiet, energy efficient, and easy to maintain. The rotary design permits a continuous 100% duty cycle. No oil separation, oil filtration, or inlet valves are required on the scroll unit.

Our reciprocating piston tank mounted systems are perfect for any application where clean dry air is required. The self-lubricating composite piston technology increases ring life and reduces temperature providing reliability for years to come. The dual cooling fans on 2-15 HP models reduce operating temperatures and the corrosion resistant components and coatings extend ring and valve life.

Our oil-less reciprocating piston basemounted systems are perfect for any application where clean dry air is required. The self-lubricating composite piston technology increases ring life and reduces temperature providing reliability for years to come.

Our tank mounted Climate Control systems have been designed and tested to meet the most demanding specifications for low oil carryover and long life in the pneumatic climate control industry. The compressor motors are NEMA Class B design. Our duplex configuration (AD models) are ideal for instrumentation systems requiring an alternate compressor for standby or overload capacity.

Our industrial vacuum tank mount systems feature a lubricated rotary vane pump, one of the simplest and most reliable pump types available. The use of oil in the pump produces higher efficiencies, lower operating temperatures, and lower sound levels. These pumps are also the most suitable to high ambient temperatures, which makes them ideal for manufacturing or process applications where environmental temperatures tend to be higher. (Consult factory for applications where ambient temperatures are above 104 ºF.) These pumps also have the lowest initial cost and high ultimate vacuum levels (29.3 Hg in end vacuum).

Our trademarked oil-free enclosure systems offer the lowest noise levels in the industry. Each system is packaged in a rigid steel frame with powder coated panels and lined with sound-deadening insulation. The low noise levels are unmatched in the industry and allow installation at the point of use, while the small footprint simultaneously maximizes floor space.

We are pleased to announce that Poxerex has updated their 2-5 HP Open Scroll Medical Systems to combine their reliable, energy efficient technology with new improvements to save space and provide ease-of-maintenance. The newly redesigned and upgraded space-saving scroll compressors feature the smallest available footprint on the market, allowing for flexibility of hospital design and ease of installation. Powerex® innovative scroll technology is completely oil-less, extremely quiet, and energy efficient.

Our reciprocating piston systems feature self-lubricating composite piston technology which increases ring life and reduces temperature, providing reliability for years to come. The dual cooling pistons reduce operating temperatures, while the corrosion-resistant components and coatings extend ring and valve life.

The Powerex® instrument air package is designed to provide instrument air for hospitals and medical institutes. This system meets NFPA99 requirements for Instrument Air.

Our Powerex® Kobelco KNW® medical series leverage an oil-free, risk free rotary screw design in a sound enclosure cabinet in order to minimize noise and system footprint. These medical packages are preferred by hospitals and laboratories worldwide.

Our industry-first enclosed claw vacuum system decreases noise levels, allowing the vacuum system to be installed right at the point of use. Perfect when paired with our enclosed air systems, offering the lowest noise levels on the market. The claw pump design is extremely efficient and has very low maintenance cost; because there is no actual contact between the rotors and the cylinder wall, parts that need replacing or required maintenance is minimized.

The claw pump design is extremely efficient and has very low maintenance cost; because there is no actual contact between the rotors and the cylinder wall, parts that need replacing or required maintenance is minimized.

Our enclosed lubricated vane vacuum system decreases noise levels, allowing the vacuum system to be installed right at the point of use. Perfect when paired with our enclosed air systems, offering the lowest noise levels on the market. The lubrication from the oil in this pump results in higher efficiencies, lower operating temperatures and lower sound levels than oil-less designs. The lubricated vane design also results in the highest ultimate vacuum levels of all the vacuum technologies.

The lubrication from the oil in this pump results in higher efficiencies, lower operating temperatures and lower sound levels than oil-less designs. The lubricated vane design also results in the highest ultimate vacuum levels of all the technologies.

This is a cost-effective solution for applications where oil is not desirable. The simple design requires less routine maintenance than an oil-flooded pump and has a lower initial cost compared to other dry pump designs.