Fast & Gentle
Microfluidic Fluorescence-Activated Single Cell Dispenser
Dispense into 96-well plate in 1 min / 384-well plate in 6 mins
Many Applications...
Rapid Cell Cloning
Antibody Discovery
CRISPR and Cell Engineering
Single Cell Genomics
Cell Line DevelopmentRedefining Single Cell Isolation
 Harsh, difficult |
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 Slow, difficult |
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Pala Single Cell Dispensers vs Conventional Cell Sorters
See how Pala compares with fluorescence-activated cell sorting (FACS)| Pala Cell Select Single Cell Dispensers | Conventional Cell Sorters | |
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| Pressure | Less than 2 psi | 20 - 70 psi |
| Initiation time | 2 - 3 min | 30 - 45 min |
| Processing speed | 2 - 50,000 cells/second | 2,000 - 20,000 cells/second |
| Fluorescence channels | Up to 11 | 16 |
| Minimum input | 100 cells | 200,000 cells |
| Droplet size | 1 μL | 0.001 - 0.005 μL |
| Sheath | 6.5 mL/hr | 1 - 2 L/hr |
| Sterile sorting | Easy | Difficult |
| 96-well sorting | Standard | Optional |
| System clogging | No | Yes |
How it works?
Testimonials from your Peers for Cell Sorting and Single Cell Dispensing
Accelerate the Development of CRISPR-Edited Cell Line Models Using Bio-Techne Single Cell DispensersPosted 20 May 2024
Utilizing this machine [the Bio-Techne Single Cell Dispenser] has proven instrumental in streamlining the development process of single-cell clones for the cell lines I am working on. It has greatly facilitated the generation of valuable research tools, contributing to the overall progress and efficiency of my work.
- Dr. Oscar Perez-Leal, MD, Assistant Professor, Temple University, School of Pharmacy
Trusted by Leading Institutions
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