Thomas is a leading global manufacturer of a fluid flow solutions utilizing trusted technologies: WOB-L® Piston, Diaphragm, Linear, Rotary Vane, and Articulated Piston.
Our products’ portfolio is well known for their low power consumption, low pulsation, and high efficiency, outstanding flow to size ratio, and long-lifetime.
We designed our dry-running compressors and vacuum pumps to serve original equipment manufacturers in various evolving markets and applications. Our compressors are born to perform and built to last. Leveraging over 60 years of experience in meeting OEM pump and compressor needs.
Thomas's oil-less positive displacement compressor and vacuum pump portfolio cover an ample range of applications within the Medical, Lab & Life Science, Environmental, Industrial, Food & Beverage, and Automotive markets.
Our products are designed to be compact, utilizing lightweight, durable materials with versatile configurations providing flexibility to end-users. They are virtually maintenance-free units.
Dry running WOB-L® piston pump. Best performance characteristics for high pressures. Mainly used as a compressor.
Free flow Max: 212 l/min | 7.5 cfm
Max. Pressure: 12.1 bar | 175 psi
Max. Vacuum: -990 mbar | 29.2 in.Hg
Dry running diaphragm pump. Characterized by high efficiency, low noise level and good air tightness. Used equally as a compressor and as vacuum pump.
Free flow Max: 91 l/min | 3.2 cfm
Max. Pressure: 3 bar | 44 psi
Max. Vacuum: -990 mbar | 29.2 in.Hg
Dry running and self-lubricating rotary vane pump. Low vibration, nearly pulsation free, compact and in some cases reversible.
Free flow Max: 198 l/min | 7.0 cfm
Max. Pressure: 1 bar | 14.5 psi
Max. Vacuum: -930 mbar | 27.5 in.Hg
Dry running diaphragm pump. Two means of actuation: linear and vibrating armature. Very high life time, low noise level and high efficiency. Used as vacuum & pressure pump.
Free flow Max: 625 l/min | 22.1 cfm
Max. Pressure: 0.7 bar | 10.2 psi
Max. Vacuum: -550 mbar | 16.2 in.Hg
Our proprietary WOB-L® piston compressors and vacuum pumps technology can generate the highest pressure among all. Its compact and lightweight construction is the best choice for the broadest pressure or vacuum applications.
Thomas' WOB-L® platform is made up of single or twin piston, single or two stage, multiple strokes and bore sizes in pressure of vacuum configurations. They provide free flows ranging from 5.4 l/min (0.19 cfm) to 212 l/min (7.5 cfm), max continuous pressures from 0.3 bar ( 4.3 psi ) to 12.1 bar (175 psi), and maximum continuous vacuum from -780 mbar (23.0”Hg) to -990 mbar (29.2”Hg). As with all Thomas products, whether it’s head porting, foot mounting, electrical hook-up, corrosion resistance, or AC, DC, BLDC motor option, we are here for you with over fifty standard catalog series and full range of possible customization.
Dry-running piston pumps feature low vibration and balanced flow for smooth operation on a low power consumption platform. These features make them a compressor of choice for various equipment in food & beverage, industrial, automotive, medical, and lab life science markets. They are commonly used in such applications as stationary or portable oxygen concentrators, respirators, blood analyzers, beverage dispensing, pond aeration, air vending, nitrogen generator, and plasma cutting.
Diaphragm technology is the best choice for applications that require air tightness, efficiency, and more aggressive media compatibility. Thanks to the inherent design characteristics, diaphragm compressor or vacuum in pumps can deliver clean samples without contamination.
Our standard catalog offering consists of over 30 diaphragm series with multiple variants within each series. Free flow rates ranging from 0.7 l/min (.02 cfm) to 90.6 l/min (3.2 cfm), continuous operating pressures range from 0.2 bar (2.9 psi) to 3.0 bar (43.5 psi), and continuous maximum vacuum operation ranges from -380 mbar (11.2”Hg) to 3 bar.
Thomas’ parts bin design approach allows flexible customization with AC, DC, or BLDC motors, as well as different elastomers for corrosion resistance of the parts exposed for the transferred media.
Compact and durable diaphragm design holds the unit with excellent controllability that provides high efficiency, low sound levels, and outstanding reliability. Our diaphragm compressors and vacuum pumps are ideally suited for Medical and Industrial applications. They are often a critical component of such devices as portable gas detectors, gas analyzers, and other battery-operated devices. Equally often, they exert a key function of Medical autoclaves and Laboratory applications where maintaining a clean environment is a must.
Robust and environmentally tolerable, Thomas' articulated piston pump technology is designed to withstand harsh environments or applications requiring high pressures with proportionately higher flow capability.
TASKAIR articulated piston pump series provide free flow capacity up to 5.4 cfm (153 l/min) and a pressure to 175 psi (12 bar).
TASKAIR, a very robust compressor, can run continuously and restart at 12.1 bar (175 psi) in dirty or dusty environments as they are the most tolerant to contamination in intake air, Motor options include AC, DC, and 3-phase totally enclosed motors and optional DC enclosed motor/housing design.
It is commonly used in unfriendly environments or heavy-duty applications, such as air suspension systems for trucks and buses, kneeling suspension systems as well as other automotive applications, such as the central tire inflation system.
Thomas’s Rotary Vane technology offers the highest free flow and lowest levels of vibration and pulsation, generating effective flow against time. These dry-running compressors and vacuum pumps and have an excellent flow to size ratio. Some series are capable of reversible operation.
Our rotary vane series provides free low rates ranging from 1.4 l/min (0.05 cfm) up to 199 l/min (7.0 cfm), continuous pressure from 10 mbar (0.1 psi) to 1 bar (14.5 psi), and maximum continuous vacuum from -40 mbar (1.2”Hg) to -850 mbar (25.0”Hg).
We let you choose from multiple modes of global operation including AC single or three phase, DC, or BLDC motors. In addition to motor options, our on-site Engineering resources can help to customize the units to your OEM device’s specification.
The robust modular pumps are sized to fit your application with very quiet operation and virtually pulsation free flow.
Rotary vane is another technology that has a broad band of application usage. Miniature pumps are used in compression therapy, electrocardiogram, gas sampling/detection, medical diagnostics, printing, vacuum pick and place, and water analysis. Whereas the larger PICOLINO is most commonly found in an array of vacuum handling applications, air and gas sampling/analyzers, lab instrumentation and automation, food and beverage packing, medical devices.
Linear diaphragm compressors and vacuum pumps are particularly suitable for higher flow at lower pressure applications that require quiet operation, lower pulsation, higher efficiency, and very low vibration. Thanks to their construction with fewer wearing parts, they can provide a long and service-free life. No brushes, bearings, rings, vanes, or cup seals means no friction and high efficiency.
Thomas offers magnetic shuttle and linear vibrating armature (non-rotating drive) pump series along with a range of AC and DC motor options. The linear diaphragm product series provide free low rates from 1.5 l/min ( 0.05 cfm) up to 625 l/min (22.1 cfm), Continuous maximum operating pressure from 200 mbar (5.9 psi) to 700 mbar (20.7 psi), and continuous maximum operating vacuum from -200 mbar (5.9”Hg) to -550 mbar (16.2”Hg).
Low sound and vibration levels, high efficiency, low pulsation, reliability, and extended lifetimes make it the first choice for Environmental or Medical applications. Sewage aeration, greywater treatment, aquaculture, and pond aeration rely on this technology to meet the demanding requirements in the field. They’re also the right choice for various OEM medical devices like air mattress inflation commonly found in hospitals and nursing care facilities. In addition, they can be considered for compression therapy devices.