Droplet Microfluidics

Droplet microfluidics enables high-throughput
analysis of biological samples.

Droplet microfluidics technology is based on reaction compartmentalisation into pL to nL volume droplets which are typically generated at the rate of thousands per second.

The small volumes and rapid generation allow an unparalleled analysis throughput and enable studying biological samples at the ultimate single-cell and single-molecule resolution.

WHY USE DROPLET MICROFLUIDICS?

Uncover biology at ultimate resolution
Scalability
Analyze thousands to millions of cells or molecules in a matter of hours
Cost-efficiency
Millions of droplets consume only microliters of reagents
Accuracy
Uniformly sized droplets ensure quantitative accuracy
Sensitivity
High local concentration within droplets enables more efficient detection
Flexibility
Perform a variety of molecular assays including those requiring reagent addition
Speed
Screen hundreds of samples per second

DROPLET MICROFLUIDICS APPLICATIONS

01
Digital Analysis
Count the absolute number of molecules in your samples with fluorescence analysis.
02
Droplet Barcoding
Analyse tens of thousands of individual cells and molecules in a single experiment.
03
Custom workflows
Develop novel assays and gain new insights into your biological system with droplet microfluidics.
  • Droplet generation
  • Droplet splitting
  • Droplet merging
  • Droplet Mixing
  • Droplet Incubation
  • Pico-injection

EASIER DISCOVERIES WITH MICROFLUIDIC INSTRUMENT

Platform
A platform that makes droplet generation and manipulation effortless.
ONYX platform combines pumps, microscope, high-speed camera and high-voltage power source into an easy-to-use package that is a complete solution for any lab wanting to adopt the droplet microfluidics technology.
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DROPLET GENERATOR ONYX RELATED RESOURCES

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ANY QUESTIONS ABOUT DROPLET MICROFLUIDICS?

Droplet Genomics is a team of scientists that develops scalable tools and technologies, opening new paths for discoveries in high-throughput biology.

We believe that efficient molecular analysis techniques are the foundation of new discoveries. Our team is committed to addressing the challenges facing single-cell and single-molecule workflows.

If you have questions, our team of scientists is ready to share their know-how about droplet microfluidics. Let’s embark on a shared discovery together!