Stories & Features

IDEX Health & Science pumps enable you to achieve higher instrument reliability with less downtime for service. With a wide range of customization options, our pumps help you implement sophisticated fluid actuation sequences and de-risk your development efforts.
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IDEX Health & Science experts explain how our unique capabilities and expertise can turn your challenges into solutions to help you build your biopharmaceutical analytical testing platforms.
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IDEX Health & Science will be attending the ASMS annual conference June 4th - 8th in Houston, Texas. Visit us at booth #824 to learn about our newest capabilities and innovative fluidic products that will simplify your complex workflow challenges.
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We manufacture high-precision motorized pistons and pumps with a unique combination of materials, designs, and manufacturing processes that provide you with a reliable and precise fluid actuator. Learn more about our precision pumps.
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Proteomics and biomarkers are key to more effective medical treatment plans. Learn how they work together to yield critical insights into diseases.
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Of course, fittings are standard items used to connect the components together, using tubing as the flow path bridge between components. Yet, one of the most commonly-asked questions regarding fittings is, “Where do all these fittings go in my system?” In other words, how do I know what to use and where? One common way to distinguish between fittings is by classifying them based on the pressure they can hold. This narrows the fittings choice based on where in the system they will be used. Learn what goes where in an HPLC system.
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Fittings are described by more than just their threads. Another major factor that helps determine what nut to use is the geometry of the head. Learn how to properly tighten the nut.
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What is proteomics and how does it differ from genomics? This post will discuss the definitions of proteomics and genomics, how they differ, and how life science applications are benefiting from this new approach to protein analysis.
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Often, when making connections, people want more information on the amount of “dead volume” in the connection. However, most people who inquire about the dead volume are really wanting to know just how much internal volume exists within a connection, not how much of that internal volume is considered “dead.”
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