
At IDEX Health & Science, we deliver advanced fluidic systems that support life science system development, from individual components through fully integrated subassemblies. Our end-to-end fluidic capabilities help reduce risk, control costs, and support system development.
As a trusted partner in laboratory equipment manufacturing, we work alongside life science innovators to develop fluidic solutions for a wide range of platforms and applications, including:
Including HPLC, Ion Chromatography, Mass Spectrometry, and Bioprocessing
Including LCMS Workflows with Inline Automated Magnetic Bead-Based Sample Preparation
Including NGS, IVD, Spatial Omics, and DNA Synthesis
Including Clinical Chemistry and Flow Cytometry
We partner with instrument developers across a wide range of analytical and life science industries to deliver a reduced system footprint, fast time-to-market, and optimum fluidic performance. Through thoughtful collaboration, we listen to your specific needs and work with you to customize a solution that delivers improved performance, lifetime, and serviceability. Whether you are looking to develop a solution for bioprocessing, chromatography, spatial biology, genomics, or any custom biotechnology application, our customized products and subassemblies deliver highly reproducible confidence to your workflow.
As your high-quality, single-source partner, we support the entire fluidic pathway, from fluid handling and component selection through integration within complete system architectures. Our fluidic components are designed to work together across a system, helping you make informed design decisions and identify the right solutions at each stage of development.

Whether you’re looking for a single fluidic component or the development of a comprehensive fluidic engine, we can help you manage risk and overall costs across your complete development process. As a component and assembly manufacturer, we utilize innovative collaboration agreements to keep development costs competitive and make experience-based trade-offs to help support our manufacturing partners early in the development process.
Each subsystem is engineered, assembled, and tested as a functional unit, helping reduce development risk and accelerate system integration.
Our manifold assemblies bring together critical fluidic components, including valves, pumps, sensors, degassers, and fluidic connections, to create reliable, high-performance subsystems.
Integrated subsystems are commonly used to support functions such as:
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Reagent Selection
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Reagent Preparation
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Reagent Routing
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Fluidic Control
Our testing capabilities are designed to support your development process with reliable data and subsystem performance validation. We assess flow paths, pressure behavior, stability, and functional operation to ensure each design meets your system requirements. By partnering early in the testing process, we help reduce integration risk and give your team clearer confidence as you move toward full system build-out.
Explore tools, guides, and insights to support fluidic system development, from early design through system integration.
Learn how IDEXology guides the way we collaborate with life science teams to co-develop reliable fluidic solutions.
Browse technical guides, application notes, and tools to support your fluidic system design and development.
See how we optimize fluidic, microfluidic, and optical elements to create optofluidic systems.
Download our corporate brochure for an overview of our capabilities and optofluidic expertise.
Get answers to common questions about fluidic components, subsystems, and system integration.
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Connect with our fluidics experts to discuss your system requirements, technical challenges, and development goals. We partner with life science teams to support design decisions from early concept through system integration.
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