Microfluidics Technology in Laboratory Pumps and Flowmeters

Microfluidics is used in laboratory pumps, flowmeters, viscometers, and more

Microfluidics describes any technology that moves microscopic and nano-scale quantities of fluid through channels on a MEMS (Micro-Electro-Mechanical System). Devices in this realm are expected to have the capabilities to accurately manipulate minute volumes of fluid well below the microliter range.

Microfluidics encompasses many different areas of research. With its foundation laid in the 1980s through the research that occurred in inkjet print heads, DNA chips, and lab-on-chip technology, the uses of microfluidics have expanded into many new fields. Along with the continuing growth in engineering, physics, and chemistry, the latest growth is showing up in pharmaceutical and biotechnology research.

Why use microfluidics?

The main benefits of using microfluidics are the reduction of cost per experiment by consuming a much smaller volume of reagent and the significant reduction of time and cost per test. These primary benefits are driving the rapid growth in a number of start-ups focusing on drug discovery. Other noteworthy benefits include safer chemical experiments and reactions, improved data quality, and increased resolution of separations.

Questions about microfluidics?

To best take advantage of the benefits of microfluidic research, it is extremely important to employ precision equipment in standardizing the setup, test material, measurement techniques, and development procedures. We understand that new technologies can often be overwhelming, leaving you unsure of where to even begin. Cole-Parmer can help by working with you on creating the right microfluidics system for your needs!