Achieve up to 80% cell recovery efficiency for a wide array of samples, including FFPE, and cell types with our newest GEM-X technology.
- Identify rare cell types and detect rare transcripts
- Improved detection of fragile cell types, including neutrophils
- High cell recovery lets you use less sample while getting more data
- Recover up to 60% more of your sample compared to manual pipetting methods
Detect more, sequence less
Unmatched sensitivity that’s 40% higher than alternative methods means you can detect more genes at lower read depths, maximizing your sequencing budget.
![10x Genomics Chromium resources](https://cdn.10xgenomics.com/image/upload/v1720637604/pmbc-sensitivity.png)
Source: Single Cell 3' v4 (GEM-X) dataset and v3.1 (Next GEM)
![10x Genomics Chromium Single Cell 3' GEM-X comparison to Parse Evercode v3 data](https://cdn.10xgenomics.com/image/upload/v1720637314/products/Chromium/sensitivity-comparison-2.png)
Source: Single Cell 3' v4 (GEM-X) dataset and Parse Evercode v3 dataset¹
Explore data from independent third-party labs demonstrating 10x Chromium’s superior analytical performance compared to Parse Biosciences, Fluent Biosciences, and others.
- Ensures consistent performance across experiments, users, and chips
- Minimizes handling and user errors with fast and reliable workflows
- Makes the most of your precious samples with cell recovery rates of up to 80%
- Gives higher return on your sequencing budget by letting you reduce reads by >60%
- Introduces variability across users and assays with manual protocols
- Relies on long workflows with labor-intensive, error-prone methods
- Misses critical data from important cell populations with low cell recovery rates
- Increases sequencing costs since lower sensitivity requires more reads
Perform small- to large-scale projects quickly and seamlessly. Run projects that aren't limited by cell number and batch samples, processing 1–128 samples or up to 1 million cells per run.
![Process 1000s to 1000000s of cells](https://cdn.10xgenomics.com/image/upload/f_auto,q_auto/v1720719462/chromium-scale.png)
Optimized protocols and proven performance across a wide range of sample inputs.
Access the broadest range of multiomic applications
Tackle a wide range of analytes and applications with 40+ Demonstrated Protocols.
Our innovation is your advantage. We’ve purposely designed an automated workflow that reduces errors and delivers high-quality data.
![](https://cdn.10xgenomics.com/image/upload/f_auto,q_auto/v1712267116/products/Chromium/chromium-x-microfludics.png)
Push-button automation of the most critical steps of your single cell workflow simplifies and reduces your hands-on times compared to error-prone manual methods.
![Chromium X instrument streamlined workflow](https://cdn.10xgenomics.com/image/upload/f_auto,q_auto,w_1200,dpr_2.0/v1711578758/products/Chromium/chromium-compare-instrument-workflow.png)
End-to-end support, ensuring your success
Enabling you to bring single cell—from sample prep to data analysis—to your lab with confidence is our priority. We’ve developed comprehensive resources and trainings to help you succeed.
![10x Genomics Chromium resources](https://cdn.10xgenomics.com/image/upload/v1711671376/products/Chromium/chromium-resources.jpg)
Access comprehensive resources, including User Guides, Protocols, How-to Videos, Analysis Guides, and more.
![10x Genomics Chromium resources](https://cdn.10xgenomics.com/image/upload/v1712683999/products/Chromium/chromium-training.jpg)
Our single cell experts have you covered, with tailored training sessions for sample preparation, data analysis, and more.