Single-Cell And Nuclei Suspension Preparation System Singulator 100, 1-1000 mg Tissue Input (CAT#: STEM-AL-6622-ZJF)

Singulator 100 is an automated tissue-dissociation system for preparing single-cell or isolated-nuclei suspensions from solid tissue. The instrument standardizes mechanical and process steps so tissue input can be converted into filtered cellular or nuclear suspensions with reduced manual handling. The stated sample range extends from very small tissue inputs to larger tissue masses within the supported interval. Preset dissociation programs provide one-button workflows for different sample types and target outputs. Temperature control is available at low temperature, ambient temperature, and physiological-temperature conditions according to the selected method. The system is described as compatible with a wide range of common dissociation reagents and multiple species and tissue types. Process monitoring supports traceability and helps improve consistency between runs and between laboratories. The platform is intended for genomics, cell biology, and other applications requiring reproducible preparation of viable single cells or nuclei.

Model: Singulator 100
Tissue Input Range: 1-1000 mg
Single-Cell Yield: 1,000-500,000 cells/mg
Single-Cell Viability: 85-95%
Nuclei Yield: 2,000-600,000 nuclei/mg
Temperature Settings: 6 °C, ambient, and 37 °C
Nuclei Dissociation Time: 7-12 min
Tissue-to-Single-Cell Dissociation Time: 20-30 min
Supported Species Described: Human, mouse, rat, spiny mouse, zebrafish, honeybee, Arabidopsis, and planarian
Single-Cell Tissue Examples: Human colon and bladder tissues
mouse brain, kidney, liver, lung, spleen, ovary, and colon
rat brain, kidney, lung, liver, and spleen
zebrafish brain and liver
planarian whole organism
Nuclei Tissue Examples: Multiple human, mouse, rat, spiny-mouse, honeybee, and Arabidopsis tissues described in the source

Automated tissue dissociation
Single-cell and nuclei preparation
Low-input tissue capability
Preset one-button protocols
Multi-temperature process control
Broad species and tissue compatibility
Process monitoring for traceability

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