Eliminate Fluidic Complexity: A Better Path For Instrument Performance Starts With A Reliable Supplier

Precision fluidics are essential to the performance of today's life science instruments. From flow cytometry to advanced diagnostic platforms, reliable fittings, tubing, and assemblies play a critical role in maintaining sample integrity, improving reproducibility, and maximizing instrument uptime.

IDEX Health & Science helps OEMs overcome common fluidic challenges with leak-free, high-precision connection solutions designed for demanding life science applications. BioTight™ fittings provide repeatable sealing for low-pressure flow cytometry systems, while high-purity PFA tubing delivers exceptional chemical resistance, purity, and thermal stability to support sensitive analytical workflows.

Beyond preventing leaks, material selection can significantly impact assay performance. Bioinert materials and low-adsorption surfaces help reduce analyte loss and variability, enabling higher sensitivity for applications such as rare-cell analysis and other demanding assays.

For many manufacturers, supplier fragmentation adds unnecessary complexity through inconsistent quality, supply chain uncertainty, and difficult system integration. IDEX Health & Science addresses these challenges as a single-source partner, offering standardized components, integrated assemblies, global manufacturing capabilities, and ISO-certified quality systems to streamline development and production.

Custom engineering, co-design support, application-specific optimization, and validation expertise further simplify fluidic system design by reducing connection points, minimizing manual assembly, and improving long-term reliability.

The result is a more efficient path from prototype to production. By reducing system complexity while improving performance and scalability, IDEX Health & Science enables OEMs to accelerate innovation with confidence—helping life science platforms achieve the precision and reliability required to advance research, diagnostics, and healthcare.