The field of microfluidics is now at a point where the search is on for a 'killer application'—or a 'killer app' as computer people would say. Over the past ten years microfluidics, the art of ...

3 Microfluidic systems greatly aided researchers in exploring applications from structural biology, such as protein crystallization, lab-on-a-chip, and beyond. 4 While this technology powered many ...

The world of micro and nano devices is undergoing a seismic shift, thanks to the latest advancements in 3D printing ...

In 1984, Charles Hull invented stereolithography (SLA), a 3D printing technology that revolutionized the microfluidics industry (he coined this term in his 1984 patent application for "Apparatus for ...

There are a host of applications of microfluidics in biohacking, and Krishna Sanka is actively working to integrate the two fields. As an engineering graduate student, his focus is open-source ...

This article details why pulsation impacts flow stability in microfluidics and how it affects precision and accuracy.

Microlight3D, a specialist in high-resolution 2D and 3D micro-scale printing systems for scientific and industrial use, has ...

where students can learn the basics of microfluidic technology and sample a range of applications in mi-crobial ecology. Microfluidics is a relatively novel technique with broad applications and an ...

Schematic illustration of three aspects of droplet-based microfluidics with mass spectrometry: including functions, systems, ...

(Purdue University photo/John O’Malley) Microfluidic devices are diagnostic systems that analyze small volumes of materials rapidly and accurately. Applications include cancer cell analysis, drug ...

Oregon State, HP and Corvallis have now lined up nearly $100 million for microfluidics research in just two days, positioning the region to help lead the field. “This federal investment in the ...