Tutorial: flow profile generation with QmixElements

The QmixElements software has a powerful script system to automate processes and procedures quickly and easily. This tutorial will give you an insight and many useful hints on some of the advanced features of QmixElements. Techniques, such as the use of variables, the use of JavaScript and the use of virtual channels for recording values in the graphical logger. Read on »

Microorganisms in the compartmentalized flow - or: "What is the cell doing in the droplet?"

Mankind has reached a point where new active substances are urgently needed, as various bacterial strains have developed resistance to the known antibiotics and can no longer be used to combat them. The role microfluidics and the so-called compartmentalized flow can play in the search for new active substances is discussed in the current article of the #CETONIacademy. Read on »

Microfluidic multipoles theory and applications

Thomas Gervais et al. liberate fluids from microchips and lay the foundations for the future of microfluidics with their research on "open space" applications. The experimental demonstration of the principles exposed required the use of up to 12 Low Pressure Syringe Pumps neMESYS 290N. Read on »

QmixElements DAQ Add-on

In microfluidic applications, e.g. in the detection or measurement of droplets, it may be necessary to acquire certain analog values with a higher sampling frequency than was previously possible in the QmixElements software. For this requirement we now have a new QmixElements add-on: the DAQ (Data Acquisition) add-on. Read on »

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