Dispense single cells into 96-well plate in 1 min or 384-well plate in 6 min
Isolate from samples as low as 100 cells or isolate rare cell populations <0.1%
Low pressure (<2 psi) preserves cell viability and integrity
Walk up usability with no clogging, no cross-contamination and zero maintenance
Compatible with cell lines, primary cells, nuclei, bacteria, yeast and more
Benchtop instrument easily fits into cell culture hoods, making use possible in any lab
These benchtop instruments use proprietary microfluidics technology that combines flow cytometry and liquid dispensing to sort and dispense single cells directly into 96-well or 384-well plate. It simplifies and empowers a number of single cell applications, including cell line development and engineering, single cell genomics, iPSC and CRISPR cloning, antibody discovery, synthetic biology, and rare cell isolation such as circulating tumor cells (CTCs) and circulating fetal cells. It is affordable, user-friendly, requires no special training to operate, and zero maintenance.
Light-scatter and one laser
| Laser wavelength: | 488 nm |
| Detection channels: | FSC + SSC FL1 533 nm (FITC/GFP) FL2 585 nm (PE/PI) |
Light-scatter and two lasers
| Laser wavelength 1: | 488 nm |
| Laser wavelength 2: | 405nm or 561nm |
| Detection channels: | FSC + SSC Up to 11 fluorescent channels |
| Namocell | Traditional Cell Sorters | |
|---|---|---|
| Pressure | Less than 2 psi | 20-70 psi |
| Initialization time | 2-3 min | 45 min |
| Channels | Up to 11 | 16 |
| Minimum cells | 100 | 200,000 |
| Droplet size | 1 uL | 0.001-0.005 uL |
| Sheath | 6.5 mL/hr | 1-2 L/hr |
| Sterile sorting | Easy | Difficult |
| 96-well sorting | Standard | Optional |
| System clogging | No | Yes |
| Price | $ | $$$$ |
We’ve been using the Namo to do single cell sorting for genomics/ transcriptomics applications as well as for colony selection for tissue culture. We’re overall very satisfied with our results and find the setup to be very easy, as well as standard maintenance. After sterility protocols (which can take an hour), being able to immediately jump to sorting in less than ten minutes has saved us time and precious samples.
Noelani Kamelamela
Here at Cytovance, we love our Namocell. This machine has increased our plating capacity and efficiency nearly four-fold. The accuracy of Namocell’s 384-well plating coupled with the easy changes between samples has been a game changer for our workflow.
Mike Brem
Namocell Hana single cell dispenser provides a great solution for gentle single cell cloning using sterile disposable cartridges. The system is easy to use and quick to initialize. Hana combines the advantages of FACS and microfluidic cell dispensing to enable high assurance of monoclonality with high throughput and great cell viability.
Mandy Yim
Namocell’s disposable cartridges have allowed us to increase the throughput of the validation of our CRISPR engineered cell lines since we can sort a full plate in less than 3 minutes, and can move to the next plate without the hassle of cleaning. This outstanding product is paired with Namocell’s exceptional customer service that has been responsive and attentive to our needs. While evaluating different FACS machines, we simply did not find a rival that combined Namocell’s simplicity, performance and value, all while occupying a small footprint.
Trang Dickson
Our stem cell core facility was looking for ways to speed up our human induced pluripotent cell cloning to generate clonal cell lines and to analyze our gene editing efficiencies in single cells. Our criteria for an instrument for single cell dispensing was 1) sterility, 2) gentle on cells, 3) ease of use, and 4) reasonable cost. The Namocell fitted our criteria perfectly. We are able to reduce the time and effort for generating clonal CRISPR-engineered iPSC lines significantly. The instrument requires very little maintenance and users do not need to be highly trained with the main requirement being good aseptic technique. We are excited to use the Namocell potentially for other single cell applications.
Po-Lin So
