Extracorporeal Membrane Oxygenation (ECMO) systems demand exceptional control in some of the most critical medical applications. Engineers must balance gas blending accuracy, flow control, response time, power consumption, and package size—all while meeting strict reliability and cleanliness requirements. (read more)

When applications demand more flow without sacrificing precision, the DV Series delivers. Built with Clippard's proven Spider Technology, the DV Series provides high flow capability for demanding applications where speed and control matter. (read more)

The ES Series delivers the reliability and performance of Clippard's proven Spider Technology in a smaller, space-saving package designed for demanding applications. (read more)

As SOFC technology pushes for higher efficiency and lower emissions, precise gas control becomes critical. This video highlights how Clippard's proportional solutions—like the stepper-controlled SCPV and fast-response Cordis CFC—deliver accurate, repeatable flow control with minimal warm-up and pressure drop to help optimize performance for clean energy systems. (read more)

Clippard's SCPV Series delivers precise, repeatable gas control using a stepper-driven needle valve designed for demanding applications that require stability, resolution, and consistency. (read more)

Clippard's Cordis CFC Series delivers precise, stable flow control by combining fast MEMs sensing with integrated proportional valve technology in a compact, easy-to-integrate package. (read more)

Stepper motors enable ultra-precise motion that translates into accurate, stable flow control in proportional valves like Clippard's SCPV Series. But, how? From fundamental operation to real-world valve integration, here's a closer look at how stepper motors achieve fine resolution, low hysteresis, and repeatable performance for demanding applications. (read more)

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)

For applications where downstream pressure must remain steady but real-time electronic adjustment is not required, Clippard's mechanical regulators offer a dependable set-and-forget solution:
• Smooth manual adjustment
• Compact designs for easy integration
• Straightforward installation and operation (read more)

In high-precision pressure and flow applications, the smallest adjustment can have an outsized impact on performance. Yet one critical specification often goes overlooked—or isn’t published at all. What does resolution truly mean in proportional control? How does it influence stability, repeatability, and overall process quality? And what could it mean for your application? (read more)

When precision matters, Clippard's Cordis Series stands apart. This compact, closed-loop electronic pressure controller actively maintains setpoints with sub-psi accuracy and seals the test volume when needed. (read more)

Real-Time Valve Verification for Smarter, Safer Automation (read more)

Clippard’s PHV Series Booster Valve packs high flow into a compact, pressure-piloted design. Manifold-mounted, it delivers up to 400 l/min at 100 psig with a 10 ms response. Low power use keeps it efficient and cool, ideal for tight assemblies. Perfect for medical, packaging, and automation systems needing reliable, fast actuation without sacrificing energy efficiency. (read more)

Clippard Releases Isolation Valves with Hit & Hold Circuitry

Cincinnati, Ohio – The general principal behind a hit and hold circuit is that the valve is energized to full power for a short period of time before dropping the voltage and current to a specified level. Applications that are sensitive to heat rise can greatly benefit from hit and hold circuits... (read more)

Clippard pinch valves are also available with a convenient panel mount option. (read more)

Need a valve that can withstand harsh conditions? Clippard’s Corrosion-Resistant EV Series takes our renowned EV Series line to the next level with superior protection against corrosion. (read more)

Clippard announces the release of the 8mm Series Proportional Micro Electronic Valves. (read more)

The new EHS series is precision-engineered to deliver robust performance in higher pressure (up to 1,000 psig) applications, prioritizing both safe functionality and the reduction of potential leak points. (read more)

Clippard announces the release of the E2S Series 10 mm media isolation valves. The E2S series valve combines the versatility of Clippard’s compact 10 mm valve line with the advantages of media isolation. (read more)

The AIV series features Clippard’s unique multi-functional valve stem design for longer life and minimal dead volume. The difference with the AIV series is that is that it also provides the added benefit of air opera­tion, which is—by definition—intrinsically-safe. (read more)

Controlling blood flow in dialysis equipment demands special features and capabilities. In this article, we will discuss how Clippard pinch valves provide unique benefits for this type of application. (read more)

View our video (read more)

The Clippard PIV Series Media Isolation Valve is a solenoid-operated device that uses a flexible diaphragm to isolate the actuation mechanism from the fluid path. (read more)

Known for reliability, innovation and focus on miniature pneumatics, Clippard’s Cordis Pressure Controllers utilize the proven EVP and DVP proportional valve series allowing for steady, accurate and repeatable downstream pressure control as demand or process changes. (read more)

Known for reliability, innovation and focus on miniature pneumatics, Clippard has now expanded the Cordis family with this new transducer line. These piezoresistive silicone pressure sensors can either be used as feedback for Clippard’s CPC Pressure Controller or as a standalone transducer. (read more)

What is a gradient valve, and why would you use one? Product Manager Attila Kiss provides a quick overview of these unique, versatile valves. (read more)

Clippard defines hysteresis as the maximum difference in current required to achieve a set point flow. But, what exactly does that mean? And more importantly, how does it impact the valves you're using? Check out this quick video to learn more. (read more)

Understanding how to use an air valve with vacuum can be valuable information, because air valves can be easier to source and less expensive than valves designed specifically for vacuum applications. Check out this quick video to learn more. (read more)

The Clippard NIV Series Media Isolation Valve is a solenoid-operated device that uses a flexible diaphragm to isolate the actuation mechanism from the fluid path. Media isolation valves are commonly used for a wide variety of applications, including those that require precise, repeatable dispensing of media for analytical instrumentation. (read more)

Precise, linear digital pressure control within a closed-loop system with high accuracy and repeatability. (read more)

Precise, digital linear pressure control within a closed-loop system with ultra high resolution and repeatability. (read more)

These small valves utilize a flexible diaphragm to isolate the actuation mechanism from the fluid path. Media isolation valves are commonly used for a wide variety of applications, including those that require precise, repeatable dispensing of media as well as corrosive materials. Made in the USA. (read more)

These new direct actuating valves offer an extremely fast response time for accurate dosing of minute volumes with the same long life you expect from the original Clippard EV line of electronic valves, now in a 8 mm cartridge package. (read more)

Clippard’s NPP Series 2-Way pneumatic pinch valves are air-piloted devices designed to open or close tubes for controlling flow of liquids and gases. Other valve types have internal passages that may cause small amounts of fluid to remain in the valve. Pinch valves have no areas or dead volume where fluid can become trapped. Only the inside of the tubing has contact with the fluid. (read more)

Clippard NPV Series Miniature Pinch Valves are solenoid-operated devices designed to open and close tubes for controlling flow of liquids and gases. Other valve types have internal passages that may cause small amounts of fluid to remain in the valve. (read more)

The Clippard NPV Series Pinch Valve is a solenoid-operated device that is designed to open and close tubes for controlling flow of liquids and gases. Pinch valves have no areas or dead volume where fluid can become trapped. Only the inside of the tubing contacts the fluid. (read more)

The EVP Series Proportional Control Valves combine the features of the existing EV series valve—long life, low power, and outstanding performance—with the patented "Spider" armature. This combination, and Clippard's reputation for use of high quality components, assures you of true cost savings.... (read more)

Clippard's compact valves offer many features for design flexibility especially in applications with limited space. (read more)