• CyFlow® Cube 8
  • CyFlow® Cube 8
  • CyFlow® Cube 8
  • CyFlow® Cube 8

CyFlow® Cube 8

_ with Sorting Option

High Performance Flow Cytometry System

This truly stand-alone Flow Cytometer is ultra-compact and uniquely designed for all applications in cell analysis and absolute counting. With the CyFlow® Cube 8, accurate and cost-effective flow cytometry is offered by employing 8 optical parameters within an instrument size of only 50x47x35.5 cm. Forward Scatter (FSC) and Side Scatter (SSC) work in combination with 6 fluorescence channels (FL1-FL6). An optional, built-in CyFlow® Sorter module for diamond-piezo-based, closed, non-destructive and non-hazardous cell and particle sorting is available.

Flow Cytometry
Flow Cytometry
Dedicated instruments for Flow Cytometry and Cell Analysis.


Order Information


CY-S-3068 | Partec CyFlow® Cube 8

CY-S-3080 | Partec CyFlow® Robby 8 (for CyFlow® Cube 8 )

CY-S-3069 | Partec CyFlow® Sorter add-on


Software


CyView™: Powerful but intuitive software for CyFlow® Cube 8

The easy-to-use CyView™ data acquisition and data analysis software is your perfect control tool for operating the CyFlow® Cube 8 with maximum efficiency.

The Windows™ CyView™ software integrates instrument control including acquisition, on- and offline data analysis, on- and offline compensation into a complete software pack- age. predefined and freely adaptable instrument settings and panels facilitate switching between different applications. CyView™ is dedicated for all applications in immunophenotyping, microbiology, cell cycle analysis, DNA quantification, ploidy analysis, etc. data are stored in FCS flow cytometry standard file format for easy exchange with other analysis software. One of the unique features is the digital on- and offline color crosstalk compensation of the spectral overlap of fluorescence from simultaneously analysed dyes. The N-color software compensation algorithm allows a correction of the crosstalk between any parameters without the need of rerunning a sample.

CyView™ optimally supports the True Volumetric absolute Counting feature of the CyFlow® Cube 8, displaying particle concentrations for any subsets of cells, even if defined by a gate at a later time after the acquisition.

Highlights


  • High-performance, bench-top design with fully-integrated fluidics, built-in PC, and a 19" TFT monitor
  • Choice of 488, 638, 407, 355, 375, 532, 561, 594, 785 nm lasers
  • Optional high power 365 nm UV LED for highest resolution DNA analysis with CV ≤ 1%
  • Superior fluorescence sensitivity: ≤ 100 MESF (FITC) | ≤ 50 MESF (PE)
  • Superior nanotechnology: small particle detection <50 nm
  • Flexible and modular CyFlow® Cube system configurations
  • Optional CyFlow® Sorter for closed, non-destructive, non-hazardous cell and particle sorting with the highest purity
  • Optional CyFlow® Robby autoloader for well plates and tubes
  • Unique price/performance ratio

Applications


Immunology
Hemathology
Pathology
Cancer Research
DNA Analysis | Healthcare
Stem Cells
Apoptosis
Cell Cultures | Healthcare
Absolute Cell Counting
Cell Sorting
Cell Cycle Analysis | Healthcare
Leukemia
Lymphoma
Cell Proliferation
Cytokenis
Platelet Counting
Leukocyte Depletion
Viability | Healthcare
Live/Dead Analysis | Healthcare
Tuberculosis
Malaria
HIV/AIDS
Live/Dead Analysis | Microbiology
Toxicology
Quality Assurance in Food & Beverage Industry
Fermentation Process Control
Detection of Microorganisms
Cell Counting
Cell and Particle Sorting | Microbiology
Particle Sizing
Research | Microbiology
Viability | Microbiology
Cell Cycle Analysis | Microbiology
Quality Control in Dairy Industry & Milk Products
Biomonitoring
Marine Biology & Algae
Detection of Ploidy Level
Plant Genome Size and DNA Analysis
Detection of Hybrids
Gender Determination
Cell Type Identification in Natural Populations
Nucleic Acid Composition
Bioreactor Process Optimization
Cell and Particle Sorting | Agroscience | Breeding | Aquaculture
Particle Counting
Pharmaceutical Industry
Quality Control in Cosmetics
Research | Agrosciences | Breeding | Aquaculture
Aneuploids and Allopolyploids
Detection of Apomixis and Reproduction Behaviour
Polysomy
Polysomaty and Plant Chimera Analysis
Sperm Cell Counting
Sperm Cell Viability
Sperm Cell Function