Chemical compatibility in your application is key. If incompatible chemicals contact a fitting in your instrument, your flow path could be compromised. There are many sources for up-to-date information regarding chemical compatibility including the manufacturer of the fittings you have chosen to use. We highly recommend you refer to one of these sources before finalizing your fittings selection.
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Check out our case study where time-to-market was key for the customer. We were able to deliver a custom manifold with iterations made during development
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Using an optical profilometer and microscopes, our team of experts analyze the critical components of rotary shear valves to design your best flow path.
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Overcome misalignment and poor flow by partnering with our team of experts at IDEX Health & Science to evaluate and optimize your valve design.
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Engineered for robustness in microbore UHPLC applications, learn more about our column with extremely smooth ID surface finish and 40K packing pressure.
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Check valves are critical to HPLC pump performance, as they prevent any backflow and ensure maximum pumping efficiency. With the right combination of the design parameters to material selection, based on application needs, optimal performance of the check valve can be achieved.
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Are your instruments space-constrained? What are the difficulties linked to replacing / reconnecting tubing assemblies in the field? At IDEX Health & Science, we offer thermoformed tubing that is ideal for densely packed components in space-efficient instruments and our assemblies come packaged and labeled to fit your needs.
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What components are part of a standard HPLC system? Solvent reservoir, a pump, injection valve, a column and more.
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