Designed with novice users in mind, the S3e Cell Sorter makes sorting large quantities of pure viable cells effortless. Explore this page further to see how the combination of ease-of-use, high-speed flow sorting, and gentleness on cells makes the compact S3e Cell Sorter the ideal addition to your lab.
S3e Cell Sorter
The Cell Sorter Engineered for Ease-of-Use
Fluorescence-activated cell sorting (FACS) has never been easier or more accessible. With its unique feature set and technical ease-of-use, the automated S3e Cell Sorter allows you to perform 1-4 color sorts right in your own lab.
- Powerful automation that enables push-button startup and reproducible setup regardless of user experience
- Guided system prompts, notifications, and specialized hardware that prevents user-error during operation
- Optimized for fluorescent proteins and other commonly used fluorescent dye conjugates
Product Details | Brochure | Compatible Dyes and Fluorophores
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S3e Cell Sorter Interactive Demo
Take a tour around the S3e Cell Sorter, the first truly walk-away, automated cell sorter engineered for ease-of-use.
S3e Cell Sorter Video System Tour
Watch this short video to see how the S3e Cell Sorter can help in your research.
Watch these customer testimonials to hear how bringing an S3e Cell Sorter into their lab has impacted their lives and changed the way they do research.
Researchers are routinely turning to more sophisticated tools and techniques such as CRISPR gene-editing and single-cell analysis to help them achieve breakthroughs. Check out the information below to learn how these same technologies are greatly enhanced when paired with the S3e Cell Sorter.
High-Speed Sorting of Low Abundance Cells Expressing GFP or RFP
(PDF 731 KB)
See how the S3e Cell Sorter can speed time to results by sorting GFP- or RFP-expressing cells at 10k events/seconds without sacrificing purity or viability.
Sorting Bone Marrow Mesenchymal Stem Cells
(PDF 574 KB)
Read how the high-throughput capability of the S3e was used to rapidly isolate one of the most widely studied stem cell populations with exquisite purity.
Improving Single-Cell Analysis Resolution Using FACS
(PDF 1.27 MB)
scRNA-Seq can be used to study clonal heterogeneity and reveal previously hidden rare cell populations. But what if you want to uncover heterogeneity within a rare cell population? Check out this article to learn how the S3e can make this possible.
S3e in the Field
The S3e has always been at the forefront of discovery. Read some of our favorite success stories to learn more about how the S3e has helped so many in a number of different application areas achieve their research breakthroughs.
(PDF 4.4 MB)
A novel CAR-T cell therapy approach using FACS and stem cell transplantation
CRISPR Gene Editing
(PDF 183 KB)
Improving CRISPR-Cas9 gene editing: tackling the HDR inefficiency problem
(PDF 410 KB)
Sorting an old problem: Are cells stressed by FACS? The implications of cell sorting on single-cell analysis data
(PDF 711 KB)
Turning back the clock on mouse neural progenitor cells
(PDF 90 KB)
Cell sorting and its significance in stem cell research
Top S3e Publications
(PDF 481 KB)
Check out this list of selected publications to learn more about how the S3e is advancing translational research
No Experience? No Problem.
The Cell Sorter Anyone Can Use.
There is more to the S3e Cell Sorter than simplified instrument controls and high throughput capabilities. Check out the resources below to learn more about what makes the compact S3e so unique and so easy-to-use.
Visit the S3e Cell Sorter Product Page »
ProDrop Technology Poster(PDF 1.60 MB)
Learn about our novel approach to automated drop delay measurement and monitoring.
Explore What’s Inside with Augmented Reality (AR)
Download the App and request an AR mat.