Choosing the right microfluidic controller is the first step in developing any microfluidic experiment, but it is not always an easy task. In a microfluidic set-up there are two kinds of flow resistances: external flow resistances (tubing and fittings) and…
Fluigent introduces Aria our automated solution for cellular perfusion or timed injection protocols. Aria allows one to automate delivery. Save time with automation and timed exposure to antibodies, fluorophores, DNA probes with automated, timed protocols No manipulation is needed which…
Fluigent's dSURF surfactant is formulated to prevent droplet cross-talk and to work well with any biological application and encapsulation. It comes in a 2% formula to suit all application requirements and we guarantee the best batch to batch reproducibility. Try…
Microfluidic experiments often require the visualization of events inside microchannels and require the need for microscopy.Fluigent now offers a microscope/camera that has been selected to reach frame rates up to 7092 fps which is ideal for droplet experiments. Such rates…
Many applications require monitoring or precise control of the flow rate while an experiment is running. Current methods used by microfluidic instruments for controlling flow rate present some limitations such as the need for calibration, multi-channel cross talk, and no…
