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S2 Genomics, Inc.
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S2 Genomics - Model Singulator™ 200+ -Automated Tissue Dissociation and Single Cell Isolation Platform

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The Singulator™ Platform by S2 Genomics is an automated and flexible solution designed for the reproducible isolation of single cells or nuclei from solid tissues within minutes. Streamlining workflows by replacing manual tissue processing, it mitigates user bias enhancing the identification of rare cell types and accurate gene expression profiling crucial for single-cell genomics applications. The system isolates single nuclei swiftly, deparaffinizes FFPE samples, and preserves sample integrity with minimal loss. It is engineered to deliver consistent, high-quality data by producing nearly bias-free cell populations, vital for downstream genomic analysis. The platform includes the Singulator™ 100 System for single sample processing and the Singulator™ 200+ System for FFPE sample processing. Its user-friendly interface, minimal manual intervention, and compatibility with various genomic applications make it quintessential for efficient and precise tissue dissociation.

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Tissue Dissociation Optimized for Reproducibility

One bottleneck that has emerged in scRNA-seq is the limitation of manual sample preparation. Individual users can introduce bias in cell preparation, which may influence the ability to detect rare cell types and cause changes in gene expression.

The Singulator™ Platform is an easy-to-use, flexible, automated solution for the rapid dissociation solid tissue into high-quality, viable single cells or intact nuclei compatible with numerous single-cell genomics applications.

Flexible, Automated Solution that Replaces Manual Tissue Processing

Reproducible and Precise

Produces consistent results, ensuring high-quality data. Isolates cell populations with minimal bias, essential for single-cell genomics applications. 

Automated

Streamlines the workflow, reducing manual steps, saving time and minimizing opportunities for mistakes. 

User-friendly

Intuitive interface and easy-to-follow protocols make it accessible to all users. 

Minimal Sample Loss

Designed to minimize sample loss, preserving valuable biological material.