Expect more from your single cell studies
Unparalleled scale & flexibility
Run from 10s to 100s of conditions, samples, or timepoints, from hundreds to millions of cells
Extensible applications
Various applications available, from single cell RNA seq and methylation to CRISPR and beyond
Streamlined workflow
Simplify sample collection and processing with fixation and pooling, preserving precious samples and saving time
Cost-effective insights
Maximize experimental value with minimal hands-on time, efficient sample multiplexing, and automation compatibility
Explore what’s new at Scale Bio
Check out the brand new Scale University where you can explore educational and how-to content for all things single cell.
New! ScaleBlog: Go boldly where your single cell research takes you
From customer success, to tips and tricks and the latest updates, our blog is here to help you scale.
New and improved Single Cell Methylation
We are excited to announce the release of the Single Cell Methylation Kit v1.1, introducing a more streamlined and flexible workflow to make your single cell epigenetics studies even easier
Redefine what's possible
Discover Scale Bio's single cell solutions, designed to empower your research with unprecedented scale and flexibility. Explore our products below to learn how each kit can transform your experiments - from RNA sequencing to CRISPR screening and methylation profiling.
How we're helping you to accelerate discovery
About Scale Bio
Scale Bio is transforming single cell research by providing innovative solutions that redefine accessibility, flexibility, and scalability. Our advanced workflows maximize insights delivered with every experiment, allowing scientists to probe new frontiers of biology with unprecedented ease. By offering a low barrier to entry and the ability to scale experiments in all dimensions, we empower researchers with a cost-effective way to generate more data, analyze more samples, and explore more omics.
At Scale Bio, we are committed to collaborating across the industry to accelerate scientific breakthroughs and empower researchers to unlock the full potential of their single cell omics experiments.