Diagnostics & IVD
Precision Fluidic Solutions

Worried that your current pump configuration is wasting expensive reagents over the lifetime of the application? You need a solution that can achieve microliter volumes (3μl-200μl) with accuracy and precision. At Fluid Metering, we test the reliability of our pumps as close to your real world application to ensure we meet your lifetime requirements without failure.

To meet project requirements and build a dependable analyzer, the fluidic pump should be developed in collaboration with a team of experts who can validate your design and select the right components to dispense challenging chemicals. We will work with you from design to production to ensure that you get the best possible solution for your application needs.

Today's high-pressure labs demand reliable, high-throughput solutions for accurate diagnoses. At Fluid Metering, we know pump maintenance drags down productivity and eats into budgets. Partner with us to prototype your ideal pump solution - one that maximizes performance and extends instrument lifespan. Focus on what matters most: accurate results, not pump worries.

Is your analyzer struggling to keep pace with the rising demand for faster, more accurate testing? As healthcare needs evolve, electrolyte analyzers play an increasingly crucial role in diagnosing and managing health conditions. This demands instruments built to handle increased testing volumes and deliver reliable results over their lifespan. FMI pumps are designed with long-lasting performance and accuracy in mind, ensuring reliable data and reduced downtime, even with increased testing requirements.

Urine analyzers play a critical role in early detection diagnoses. But outdated pump technology can slow down the efficiency and accuracy of these applications. The compact and modular design of FMI pumps allows for more streamlined integration into laboratory equipment, optimizing space without sacrificing performance, and enabling more tests to be conducted with greater reliability over the instrument's operational life.

Building next-generation microbiology applications demands durable construction and precise droplet control, allowing for faster and more accurate detection of infectious agents. Whether you are looking for options that withstand the rigors of continuous use or have dependable performance over extended periods, Fluid Metering's valveless piston design is integral to building next-generation analyzers.

Flow cytometry relies on a fluidic architecture with multiple pumps to maintain a steady stream of sheath fluid. A common problem engineers encounter is pulsations that disrupt the analysis, which results in wasted buffer solution and additional time to rerun tests. By carefully selecting and configuring our pumps, we can customize solutions that dampen pulsations for the continuous flow required in this application.