Application type: Setup: droplet and digital microfluidics

How to generate droplets inside a microfluidic capillary SET-UP TIME : 10-15 MIN / DIFFICULTY : ***** This application note describes: How to generate controlled size millifluidic droplets in microfluidic capillary   Two generation methods by pressure or flow rate regulation. It has been realized at the millifluidic scale. Chromatographic Teflon T-junction and capillary tubing … Continued

Digital microfluidics: droplet generation inside a microfluidic chip Digital microfluidics: droplet generation with pressure-driven microfluidic flow-control Microfluidics allows to produce droplets with a precise control & reproducibility over the experiment's parameters. This precise control enables the generation of size-controlled and high monodispersity droplets. Droplets generation covers many field of application from emulsion production, single cell … Continued

Microfluidic flow focusing droplet generation Precise and effective control of droplet generation is critical for applications of droplet microfluidics ranging from materials synthesis to lab-on-a-chip systems. This application note focuses on microfluidic flow focusing droplet generation, where additional energy input promotes instabilities at the liquid-liquid interface and triggers droplet generation Variation of droplet generation frequency and … Continued

Microfluidic droplets on demand Active droplet generation in microfluidics is of high interest for a wide range of applications. It provides an additional degree of freedom in manipulating both the size and the formation frequency of micro-droplets. This additional control is extremely desirable for complex operations which rely on the accurate control of both parameters. … Continued

How to generate droplets with a microfluidic droplet chip? SET-UP TIME : 10-15 MIN / DIFFICULTY : ***** Real time droplet generation with flow focusing geometry of the glass microfluidic droplet generation pack. This microfluidic droplet chip application note describes how to generate droplets by microfluidics and is realized with a glass microfluidic droplet generation … Continued

antibody therapy and high-throughput screening using single cell encapsulation Scale bar = 400 μm. Single cell encapsulation using droplet microfluidics NGS, antibody therapy and high-throughput screening can take great advantage from pressure-driven flow controlled droplet microfluidics and single cell encapsulation. This note focuses on an application that adequately mines the natural B cell diversity to rapidly isolate antigen-specific … Continued

Foam-oil interactions in a 3D porous medium using microfluidics Figure 1 : Close up images of foam-oil displacement in a porous medium Accidental spillage of petroleum-based products and contaminants can cause severe environmental hazards to the ecosystem if not remediated effectively. Foam, a dispersion of gas in thin liquid films (named lamellae), has been identified as … Continued