In this video, Doug Robertson, Director of Research, provides a demonstration of how Clippard''s Cordis line of electronic proportional pressure controllers are an ideal choice for precisely controlling the head pressures of liquids for either static or dynamic systems.

Clippard''s PIV series media isolation valves feature a unique one-piece valve stem that functions as a sealing membrane while also supporting and centralizing the poppet in the seating area. This multifunctional diaphragm/poppet results in a simplified design with few parts, longer life, and minimal dead volume. All wetted areas of the valve are PTFE or PEEK, making this series ideal for use with corrosive media. Check out this quick video from Product Manager Attila Kiss to learn more.

Clippard has expanded the Cordis family to include a new line of transducers. These sensors are conditioned and offer a customized calibration around your application requirements, allowing for a full scale accuracy of 0.25% over the calibrated range. They can be used in conjunction with Clippard''s Cordis Series pressure controller or as a standalone unit.

This video demonstrates how pneumatics can be adapted to do pretty much anything you want it to do.

The Next "Gen" Valve that is compact, quick and offers flows to 100 l/min!
Clippard Minimatic® electronic valves are precision-built 2-way control valves, utilizing a unique, patented valving principle. The powerful DV- Series was designed as the next generation of the well-known and trusted original EV line of Clippard "Mouse" valves. With a cycle life of over a billion, a solid, compact design, and extremely high flow rates, these valves are suitable for many applications across numerous diverse industries. A variety of voltage, connector and mounting options are available.
• Industry standard for leak-free operation
• Over 1,000,000,000 cycles
• Fast response time
• Large flows in small, sleek design
• Low heat rise/low power
• Robust stainless steel "Spider" flat armature spring

Clippard pressure and flow control components make for an ideal solution for precise control of critical gases in bioprocessing applications and are a smart alternative to syringe and peristaltic pumps. Smooth acceleration and stable, pulsation-free, bidirectional flow of liquids are achievable, minimizing the damaging effects of acceleration, pressure surges, shear, and impact forces on sensitive media.