Pinch valves are an excellent alternative to traditional mechanical valves when media contamination is a concern, as they interact with medical or food grade tubing, and never touch the material being dispensed.
Clippard's Cordis Series Electronic Pressure Controller can be calibrated anywhere from full vacuum to 150 psi. In this video, Clippard Product Manager Doug Paynter explains how to properly plumb the Cordis CPC series when working with vacuum.
Semiconductor manufacturing is a complex and specialized process with numerous applications for precision gas and pressure control. Learn more about how Clippard's engineering team combined our DR-2 regulator and analytical valve with a special manifold to create a precision flow controller that solved a unique challenge.
Clippard's PIV series media isolation valves feature the same unique one-piece multifunctional valve stem and simplified design as the NIV series. However, by utilizing PEEK for the valve body, the PIV series is able to achieve higher operating pressure and longer life...
Andrew Aurand, Regional Sales Manager for Clippard, discusses how Clippard's Cordis electronic flow controllers solve some of the problems that can occur with gas blending and provide some unique benefits.
Most traditional process valves have difficulty with media—like ink—that dries quickly. Learn more about how media isolation valves can provide an ideal solution for these types of applications...
Clippard's Cordis CP1 Electronic Pressure Controller provides a compact, cost-effective solution for applications where a proportional valve is specified to maintain pressure or flow in a closed-loop application. Check out this quick video to learn more.
Many medical, analytical, and industrial equipment and device manufacturers utilize mass flow controllers to measure and control the flow of gases. This article explores several mass flow controller technologies commonly used to control the flow of gases, along with considerations to evaluate to correctly specify a mass flow controller for your gas flow control application.
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.
