Our Xdrop microfluidics products are designed to prepare cells, DNA, and other biological material for high-throughput functional analyses. Using Xdrop-based workflows, researchers can isolate and study individual cells or biomolecules with precision, unlocking unique possibilities in life sciences and medical research. Xdrop enables single-cell resolution, providing insights into cellular functions that were previously difficult to capture.
Xdrop is a versatile and user-friendly instrument for preparing living mammalian or microbial cells, organelles, DNA, or other biological material for high-resolution downstream analyses.
Using Xdrop Cartridges, the instrument safely and rapidly encapsulates cells, organelles, or DNA fragments together with assay chemistry in highly stable, picoliter-volume, double-emulsion droplets. These droplets preserve sample integrity and are fully compatible with flow cytometry, imaging systems, and other downstream analytical instruments, enabling detailed functional studies at single-cell resolution.
Explore the full range of Xdrop cartridges, reagent kits, and accessories for droplet generation and sorting.
These proprietary consumables are specifically designed by Samplix for fully self-contained droplet workflows on Xdrop, ensuring reliable encapsulation and preparation of samples for functional analyses. Each component supports reproducibility, ease-of-use, and compatibility with a variety of downstream analytical tools.
We provide a suite of digital tools to our customers to support droplet sorting, sequencing, and functional analysis workflows.
These tools include enrichment calculators to predict sample success, primer designers for detection and validation, and other software solutions to optimize experimental design and data analysis. By combining Xdrop hardware with these digital tools, researchers can streamline workflows while ensuring high accuracy and reproducibility.
Our innovative microfluidics technology is designed to provide precise and detailed insights into cellular and genomic structures. The double-emulsion droplet system ensures compatibility with a wide range of downstream instruments, supporting functional analyses at the single-cell level.
This technology is tailored for high-resolution analysis, empowering researchers to tackle cutting-edge questions in cell biology, genomics, and medical research.
