PHCbi - 362S3001 - On-Chip Sort HS

Features
On-chip Sort, The world's first cell sorter using adisposable microfluidic chip, designed for BioPharma andFACS Core Facilities
The On-chip Sort is the world's first cell sorter using a disposable microfluidic chip. Utilizing the advanced microfluidic technology and micro-molding technology, we have developed the world's first microfluidic chip-based sorter. Cell sorting has never been easier than with our disposable microfluidic chip-based system. The product is designed to fit the demands of BioPharma and FACS Core facilities.
Needs for Research
- Minimal Cell Damage
- On board laser/colors
- Cell purity
- Application variety
- No contamination risks
Benefit
- No cross contamination
- Easy to use for downstream applications without cell damage
- Variety of Fluorescent usability
- Sort away from wanted cells
- Capable of sorting a variety of cells
- Broad selection of sheath fluid
- Take out - redundant
- No need washing for fluidics system
Advantages of On-chip Sort
Damage & Maintenance-free
From cell damage to contamination, On-chip cell sorter solves the problems of conventional cell sorters altogether.
Utilizing the most advanced microfluidic technology and micro-molding technology, we have developed a unique "microfluidic chip-based sorting" for the first time in the world. Cell sorting has never been easier with the exchangeable chip with in-built fluidic system. On-chip innovation beyond a cell sorter, that is what we are here to offer.
Sorting Technology
Jet-in-air or Cuvette hybrid cell sorters have multiple processes that triggers sorter-induced cellular stress (SICS). On-chip Sort allows for much gentler sorting of cells compared to conventional sorters by the use of microfluidic chip.
Specifications
Overview
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Nominal Height:13" (33.02 cm)
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Nominal Width:24.4" (61.98 cm)
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Nominal Length:15.4" (39.12 cm)
Optical System and Detection Sensitivity
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Laser:Up to 3 lasers from 488 nm, 405 nm, 561 nm and 638 nm, customization available
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Laser Class:Class 1 laser (IEC 60825-1 2014)
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Measurement Parameters:Forward scatter light (FSC), side-scatter light (SSC), 6 PMT
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Size Detection Sensitivity:FSC < 0.5μm, SSC < 1.0 μm
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Fluorescence Sensitivity:< 200 MESF FITC
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Data Analysis Capability:4 decades, 18 bit
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Pulse Analysis:Height, Area, Width
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Detection Wavelength:FL1 (445/20 nm), FL2 (543/22 nm), FL3 (607/36 nm), FL4 (676/37 nm), FL5 (716/40 nm), FL6 (775/46 nm)
Fluid Channel System - Analysis and Sorting
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Fluid Channel System - Flow Cell:Disposable microfluidic chip
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Fluid Channel System - Chip Material:COP
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Fluid Channel System - Channel Size:80 μm x 80 μm, 150 μm x 150 μm
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Fluid Channel System - Flow Rate:500 mm/sec
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Fluid Channel System - Sheath Buffer:Any liquid can be used as long as COP is not dissolved
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Fluid Channel System - Sample Fluid Volume:10~1000 μL
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Fluid Channel System - Sheath Fluid Volume:1~9ml
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Analysis and Sorting - Sorting Method:"Flow shift" method in the microfluidic system
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Analysis and Sorting - Purity:> 95% (depends on concentration)
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Analysis and Sorting - Yield:> 80% (depends on condition)
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Analysis and Sorting - Cell Damage:No
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Analysis and Sorting - Cross-Contamination Free:Yes (because of the disposable chip)
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Analysis and Sorting - Aseptic Sorting:Yes
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Analysis and Sorting - Pressure:0.3 - 3psi
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Analysis and Sorting - Maximum Detection Speed:4,000 events/sec
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Analysis and Sorting - Maximum Sorting Speed:1,000 targets/sec
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Analysis and Sorting - Start-up:5 min
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Analysis and Sorting - Shutdown:10 sec (no cleaning necessary)
Safety - Weight - Operating PC - Power Supply
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Safety - Generation of Aerosol:No
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Weight:45 kg
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Operating PC - PC:Laptop PC
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Operating PC - OS:Windows 10, 64 bit
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Operating PC - Data Format:Own format and FCS3.0
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Power Supply - Power Requirement:AC100-240V, 50/60Hz
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Power Supply - Power Consumption:< 240 VA
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Power Supply - Specification Summary:Laser 3, FS, SS, FL (6 colors)
Downloads
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Microfluidic Chip-Based Cell SorterDownload