Chromium Connect
Chromium Connect
Automate your single cell workflows
Consistent results
Reduce variability in single cell data, generating reproducible and consistent results.
Maximum lab productivity
Free up hands-on time for other experiments with walk-away convenience for single cell workflow
Integrated and validated
Automate single cell partitioning, barcoding, and library prep with one optimized instrument.
Many single cell assay
Efficiently characterize single cells with gene expression or multiomic immune profiling.
One-day automated workflows
Go from sample to sequencing-ready libraries in one day, with flexible, modular workflow options.
World-class technical support
Rely on expert on-site instrument installation and remote troubleshooting technical assistance.
10x Your Productivity
Looking for consistent and reproducible single cell results across experiments, across users, and even across multiple sites? With Chromium Connect, you can combine single cell partitioning, barcoding, and library preparation in standardized, automated workflows. Additional flexibility is provided through modular workflow options that enable automated library construction starting from cDNA manually generated on the Chromium X/iX or Controller, or on prior Connect runs.
Run 10x Genomics single cell workflows with walk-away convenience. Take a closer look at Chromium Connect to increase your productivity with automated single cell library preparation from cell or nuclei suspensions or purified cDNA.
One system, many single cell assays
With Automation for Single Cell Gene Expression, you can automate your 3’ gene expression workflows to explore cellular heterogeneity, discover novel targets and biomarkers, and unravel complex cellular processes, with increased productivity. With Automation for Single Cell Immune Profiling workflows, you can automate your 5’ gene expression and V(D)J amplification workflows to examine cellular heterogeneity of the immune system and T- and B-cell receptor diversity, at scale. Automated workflows for 5' multiomic profiling of single cell gene expression and cell surface protein are also available.
