Originally designed for chromatography, electrophoresis, and printing technologies,
microfluidics has since found applications in a variety of domains such as engineering …

Worldwide, the microfluidics industry has grown steadily over the last 5 years, with the
market for microfluidic medical devices experiencing a compound growth rate of 22%. The …

Precise flow metrology has an increasing demand in many microfluidic related applications.
At the scale and scope of interests, Capillary number instead of Reynold number defines the …

Here, we describe the development and characterisation of a flow sensor for microfluidic
applications. The flow sensor utilises two miniaturised commercial pressure sensors …

As part of the Metrology for Drug Delivery (“MeDD II”) European joint research project, a
primary method for the measurement of liquid flow rates at the nanolitre per minute scale …

This document presents the scientific and technical objectives, state of the art and expected
progress beyond it, and most importantly the expected impact on metrology, science …

Micro-flows are growing more important and useful for a wide variety of scientific and
engineering fields such as bioanalysis, drug development and administration, Organ-on-a …

The precise measurement of micro and nanoflow of incompressible liquids (below 1 μL/h) is
a complex task due to several factors involved in, namely, evaporation, adsorption and the …

The ultimate performance of flow-based measurements in microfluidic systems is currently
limited by their accuracy at the nanoliter-per-minute scale. Improving such measurements …

The significance of Metrology in infusion therapy and diagnostics, both critical in health care
safety and quality, is discussed in this article. Although infusion therapy is the most used …