Xdrop products use droplet microfluidic-based solutions to enable high-resolution insights into cells and genomes.
At Samplix, we pioneer tools to democratize droplet-based single-cell analysis, empowering researchers to make groundbreaking discoveries in immunotherapy and beyond. Our flagship instrument, Xdrop, is a unique droplet microfluidics platform designed to produce double-emulsion droplets. These droplets are fully compatible with standard laboratory equipment like flow cytometers and cell sorters. This compatibility not only simplifies workflows but also allows researchers to run either 1 or up to 8 samples in parallel, maximizing throughput and efficiency.
Modern research requires tools that deliver both speed and accuracy. Traditional methods relying on tubes or microtiter plates are often resource-intensive and slow. Xdrop’s droplet microfluidics technology transforms these workflows, enabling a high-throughput, precise, and cost-effective approach. Researchers benefit from a flow cytometry-compatible solution that optimizes sample processing and reduces resource waste.
Droplets act as micro-reactors, enabling encapsulation, culturing, and analysis of single cells, DNA molecules or particles.
Double-emulsion droplets are the cornerstone of Xdrop’s innovation. Unlike single emulsions, double emulsions are flow cytometry-compatible, allowing researchers to analyze droplets directly using instruments already present in most labs. This accessibility makes advanced single-cell research possible without the need for expensive upgrades, helping to democratize cutting-edge science.
Double-emulsion droplets
are compatible with flow cytometers and cell sorters
Xdrop cartridges are designed for precision droplet generation and sorting. Available in various configurations, they support high-throughput workflows and can process up to 8 different samples in parallel, maximizing productivity.
Transform discovery workflows. Effortlessly encapsulate single-cell libraries, enhancing the speed of your screening campaigns.
Elevate cell line development workflow. Encapsulate and screen single mammalian cells for enhanced antibody production.
Explore immune cell function in single-cell format assays, including cytokine, granzyme B, and cell killing assays.
Advance genomics workflows with precise single DNA fragment encapsulation. Ideal for insert validation and targeted enrichments.
