Products/Services for MEMS Pressure Regulators
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Pressure Regulators - (1232 companies)Pressure regulators are used to reduce the pressure in a system to a lower pressure or to regulate system pressure at the desired value. Among the types of pressure regulators are back pressure, vacuum pressure, differential pressure...Media DescriptionRegulator TypeCartridge / Manifold Valves -
Pressure Sensors - (1185 companies)Pressure Transducer. MicroElectroMechanical systems (MEMS) are typically micro systems manufactured by silicon surface micromachining for use in very small industrial or biological systems. Vibrating elements (silicon resonance) use a vibrating element... -
Pressure Gauges - (1159 companies)Pressure gauges are used for a variety of industrial and application-specific pressure monitoring applications. Uses include visual monitoring of air and gas pressure for compressors, vacuum equipment, process lines and specialty tank applications... -
Gas Valves - (535 companies)...valves are designed for both on/off and throttling functions. Other types include poppet valves, pressure relief valves, regulators, safety valves, and sampling valves. Compressor valves as well as servo, shut off, solenoid, spool, toggle, underwater... -
Gas Pressure Regulators - (291 companies)Gas pressure regulators reduce the pressure of a gas, as it passes through a cylinder or process line, to another piece of equipment. Regulators are not flow control devices. They are used to control delivery pressure only. Gas pressure regulators... -
Air Pressure Regulators - (402 companies)Air pressure regulators control pressure in air lines (usually adjustable) to remove fluctuations and maintain consistent pressure for pneumatic devices. Air pressure regulators control the pressure in air lines used by pneumatic tools and machines...
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Hydraulic Pressure Regulators - (95 companies)Hydraulic regulators minimize pressure fluctuations in a hydraulic circuit by relieving overpressure conditions. Hydraulic pressure regulators maintain the output pressure of a hydraulic system at a set value to minimize fluctuations...
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Air Compressors - (1118 companies)Air compressors are machines that compress air to higher than atmospheric pressures for delivery to pneumatic or robotic tools, industrial equipment, or direct-use applications. Air compressors are machines that compress and direct air...
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Vacuum Pumps and Vacuum Generators - (843 companies)Vacuum pumps and vacuum generators provide sub-atmospheric pressure for a variety of industrial and scientific applications where a vacuum is required. Vacuum pumps and vacuum generators provide sub-atmospheric pressure for a variety of industrial...
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MEMS Devices - (65 companies)MEMS devices are used for both pressure sensing and inertial sensing. Available for other applications: MEMS accelerometers. MEMS mirrors. MEMS valves. MEMS connectors. MEMS switches. Features. Like other integrated circuits (ICs), MEMS devices...
Product News
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Shenzhen Jewellok Technology Co., Ltd.
Pressure Regulator A pressure regulator is a valve that controls the pressure of a fluid to a desired value, using negative feedback from the controlled pressure. Regulators are used for gases and liquids, and can be an integral device with a pressure setting, a restrictor and a sensor all in the one body, or consist of a separate pressure sensor, controller and flow valve. Two types are found: The pressure reduction regulator and the back-pressure regulator. A pressure reducing regulator is a control valve... (read more)Browse Pressure Regulators Datasheets for Shenzhen Jewellok Technology Co., Ltd. -
Festo Corporation
Custom Pressure Regulators Festo Corporation manufactures custom pressure regulators to match your specifications. (read more)Browse Pressure Regulators Datasheets for Festo Corporation -
Festo Corporation
Custom Air Pressure Regulators Festo Corporation manufactures custom air pressure regulators to match your specifications. (read more)Browse Air Pressure Regulators Datasheets for Festo Corporation -
Beswick Engineering Co., Inc.
Pressure Regulator - Control Low Pressures The PRD pressure regulator is an excellent choice for gas and pneumatic pressure regulation applications and is particularly useful when space and weight are critical. Ideal for consistent inlet pressures, the regulator will control outlet pressures as low as (0 -30) psig. The maximum inlet supply pressure is 500 psig. Both the inlet and outlet ports are tapped 10-32 UNF. Its lightweight design allows convenient in-line mounting however a 10-32 threaded panel mount option is also offered... (read more)Browse Pressure Regulators Datasheets for Beswick Engineering Co., Inc. -
Shenzhen Jewellok Technology Co., Ltd.
Pressure Regulators And Control Valves Product Features. * Low pressure, High flow regulator. * Brass chrome plated body for inert, reactive, flammable and oxidizing gas and mixtures up to grade 6.0. * Stainless steel 316L body for pharmaceutical, food, and beverage application. * 4 ports flexible configuration. * Stable outlet pressure. * Tested for use with oxygen. Typical Applications. * Component Testing. * Calibration Systems. * Laboratory Pressure Control. * High Pressure Sampling Systems. * Service & Test Equipment (read more)Browse Gas Pressure Regulators Datasheets for Shenzhen Jewellok Technology Co., Ltd. -
HydraCheck Inc.
Ultra High Delivery Pressure Regulator The Model GP 8700 is a single stage, high pressure regulator that is designed to operate on high pressure cylinders up to 7500 PSIG. Features: 0-1500, 2500, and 3000 PSIG delivery pressures available. One piece encapsulated valve design with PCTFE seats and an internal filter. Ergonomic knob for improved grip. 1/4 " NPT outlet with stainless steel 1/4 " tube fitting. 2 1/2 " dual scale gauges (psi/bar). Conforms to CGA E-4 standard for gas pressure regulators (read more)Browse Pressure Regulators Datasheets for HydraCheck Inc. -
HydraCheck Inc.
Ultra HIgh Delivery Pressure Regulator The Model GP 8700 is a single-stage, high-pressure regulator that is designed to operate on high-pressure cylinders up to 7500 PSIG. Features: 0-1500, 2500, and 3000 PSIG delivery pressures available. One-piece encapsulated valve design with PCTFE seats and an internal filter. Ergonomic knob for improved grip. 1/4 " NPT outlet with stainless steel 1/4 " tube fitting. 2 1/2 " dual scale gauges (psi/bar). Conforms to CGA E-4 standard for gas pressure regulators. Made in the USA. *Models... (read more)Browse Pressure Regulators Datasheets for HydraCheck Inc. -
Plast-O-Matic Valves, Inc.
Common misconceptions about Pressure Regulators higher pressure. However, these pumps work most efficiently if their suction pressure is constant; unfortunately in this application the successive downstream pressure fluctuated depending on the equipment. The installation of a Series PRHM Pressure Regulator on the suction feed provides a constant reduced pressure to the pump, regardless of varying line pressures into the Regulator. Pressure Regulators, also known as Pressure Reducing Valves, automatically convert varying or excessive inlet... (read more)Browse Pressure Regulators Datasheets for Plast-O-Matic Valves, Inc. -
Beswick Engineering Co., Inc.
Ultra Miniature M3 Pressure Regulator The Beswick PRDB-18MM is our smallest diaphragm regulator. It is specified when space is limited and weight needs to be kept to a minimum. Designed as a single stage regulator, the PRDB-18MM is ideal for applications with steady inlet pressures up to a maximum of 500 psig. (34.5 bar). The body is machined in brass with 303 and 316 stainless steel wetted components. The inlet and outlet ports are machined with M3x 0.5 internal threads. (read more)Browse Pressure Regulators Datasheets for Beswick Engineering Co., Inc. -
Clippard
Mechanical vs. Electronic Pressure Regulators Pressure control needs aren 't one-size-fits-all. Where does simple, set-and-forget regulation make sense, and where can real-time electronic adjustment improve performance? Check out this quick video or read the article to learn how mechanical and electronic pressure regulators compare in controllability, accuracy, dynamic response, and system integration. (read more)Browse Pressure Regulators Datasheets for Clippard
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Incompressible and compressible flows through rectangular microorifices entrenched in silicon microchannels
For the compressible flow, dry filtered nitrogen is delivered from a pressurized cylinder via a pressure regulator into the MEMS device.
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Passive MEMS Valves With Preset Operating Pressures for Microgas Analyzer
Upstream pressure acting on the underside of the MEMS die was controlled with this pressure regulator and the flow rate measured at F.
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Microfluidic MEMS for semiconductor processing
In this work, we report the use of our MEMS -based thermopneumatic valve, pressure regulator , and mass flow control (MFC) technologies [SI to create ultraclean, integrated gas sticks, pressure regulators, shut-off valves, and mass flow controllers for ESG distribution.
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A full featured handheld LIBS analyzer with early results for defense and security
…tank was undesirable and so a unique argon delivery system was developed using a miniature argon cartridge (much like a CO2 cartridge) in the handle of the instrument combined with a small three stage regulator , solenoid valve and MEMS based pressure sensor.
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Flow control using MEMS pulsed micro-jets on the Ahmed body
Compared to magnetic valves, MEMS actuators need lower pressure supply (maximum 6 bar for the valves and maximum 100 mbar for the MEMS actuators), so a very sensitive pressure regulators was added to the pneumatic circuit.
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Microfluidic MEMS for semiconductor processing
In this work, we report the use of our MEMS -based ther- mopneumatic valve, pressure regulator , and mass flow con- troller (MFC) technologies [8] to create ultraclean, integrated gas sticks, pressure regulators, shut-off valves, and mass flow controllers for ESG distribution.
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Microflows and Nanoflows
Micropropulsion subsystems consist primarily of thrusters, but they also contain other MEMS components such as valves, tanks, and pressure reg- ulators .
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Subdynamic Asymptotic Behavior
of Microfluidic Valves
An improvement in the behavior is obtained by applying the driving pressure , (maintained by an external pres- sure regulator , usually no problem in the context of MEMS with electronic control circuits available often on the same chip).
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Subdynamic asymptotic behavior of microfluidic valves
, (maintained by an external pres- sure regulator , usually no problem in the context of MEMS with electronic control circuits available often on the same chip).
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Miniaturized system of a gas chromatograph coupled with a Paul ion trap mass spectrometer
The GC consists of a miniature pressure gauge and regulator , miniature solenoidal control valves, a miniature sampling pump and a MEMS -based injector.
