CelSorter makes sorting accessible to everyone with 'easy to use', 'immediately usable', and 'originating from Japan'. It can accommodate up to 4 lasers. [*Catalog available now*]
"Accessible to anyone," "ready to use," and "originating from Japan" make sorting a familiar concept. Fully automatic setup & mid-range model of a compact cell sorter. 【Features】 ◆ Capable of accommodating up to 4 lasers; simultaneous fluorescent detection supports up to 6 colors. ◆ Automatic Setup – Fully automatic configuration that lowers the barrier to entry for cell sorters. ◆ Contamination-free & maintenance-free. *For more details, please visit our website through the related link.
Inquire About This Product
basic information
The adoption of disposable sorting chips and Sony's unique CoreFinderTM technology allows for fully automated processes from chip loading to delay time determination. As a result of the fully automated setup, the sorted droplets not only fall into the center of the bottom of the collection tube but also require no fine-tuning for the 96 wells in models with plate sorting. The sorting chips can be selected from 70μm, 100μm, and 130μm based on the purpose and characteristics of the cells.
Price information
Manufacturer's suggested retail price: 15 million yen to 27 million yen.
Price range
P7
Delivery Time
※Please contact us.
Applications/Examples of results
- Cell analysis and purification (sorting) of target cells in fields such as immunology, cancer research, and regenerative medicine research. - Microbial samples such as Escherichia coli, lactic acid bacteria, and yeast are also possible.
Detailed information
-
Disposable sorting chips Available in 70μm, 100μm, and 130μm.
-
Well-play sorting function With advanced mechanical control, cells enter the well with high precision.
Line up（16）
| Model number | overview |
|---|---|
| LE-SH800SA | 488nm, no plate sorting function |
| LE-SH800SAP | 488nm, with plate sorting function |
| LE-SH800SB | 488nm/638nm, no plate sorting function |
| LE-SH800SBP | 488nm/638nm, with plate sorting function |
| LE-SH800SC | 488nm/405nm, no plate sorting function |
| LE-SH800SCP | 488nm/405nm, with plate sorting function |
| LE-SH800SD | 488nm/561nm, no plate sorting function |
| LE-SH800SDP | 488nm/561nm, with plate sorting function |
| LE-SH800SE | 488nm/405nm/638nm, no plate sorting function |
| LE-SH800SEP | 488nm/405nm/638nm, with plate sorting function |
| LE-SH800SH | 488nm/561nm/638nm, no plate sorting function |
| LE-SH800SHP | 488nm/561nm/638nm, with plate sorting function |
| LE-SH800SG | 488nm/405nm/561nm, no plate sorting function |
| LE-SH800SGP | 488nm/405nm/561nm, with plate sorting function |
| LE-SH800SF | 488nm/405nm/561nm/638nm, no plate sorting function |
| LE-SH800SFP | 488nm/405nm/561nm/638nm, with plate sorting function |
Company information
The Life Sciences Division is one of the business divisions of the newly established Sony Corporation's "Life Sciences & Technology Division." It is responsible for the planning, design, manufacturing, and sales of products such as flow cytometers (cell sorters, cell analyzers) and cell isolation systems.
![[Case Study of Cell Sorter Introduction] Graduate School of Medicine, The University of Tokyo](https://image.mono.ipros.com/public/product/image/2074547/IPROS14921929732325754123.png?w=280&h=280)
![[Case Study of Cell Sorter] KOTAI Biotechnology Co., Ltd.](https://image.mono.ipros.com/public/product/image/2074547/IPROS8562378823369684165.png?w=280&h=280)
