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CyFlow® Cube 8 / Cube 8 Max

CyFlow® Cube 8 / Cube 8 Max
  • Configurations with up to eight optical parameters (up to six colours)
  • Choice of lasers with 375, 407, 488, 532, 561, 594, 638, 640, 785 nm
  • Particle size: 0.1 – 100 µm
  • Fluorescence sensitivity: ≤ 100 MESF (FITC) | ≤ 50 MESF (PE)
  • Optional CyFlow® Robby 8 Autoloading Station
  • True Volumetric Absolute Counting (TVAC)

For Research Use Only

  • CyFlow-Cube-8
The CyFlow® Cube 8 is a compact flow cytometer for the analysis of single cells and microscopic... more
CyFlow® Cube 8 / Cube 8 Max

The CyFlow® Cube 8 is a compact flow cytometer for the analysis of single cells and microscopic particles with a high grade of integration. The CyFlow® Cube 8 offers the unique combination of a truly stand-alone system of a small footprint with a modular configuration concept with up to 6 colours. The easy-to-use CyFlow™ software provides control of the instrument, data acquisition, analysis and storage. The possibility of customised instrument settings facilitates switching between different applications.

CyFlow® Cube 8 offers True Volumetric Absolute Counting (TVAC), which allows the display of particle concentrations for any subsets of cells without the need for reference beads, even if defined by a gate at a later time after the acquisition.

  • Optional CyFlow® Robby 8 Autoloading Station for well plates and tubes
  • Optional CyFlow® Sorter for closed, non-destructive cell and particle sorting with high purity

Software

The newly designed, intuitive CyFlow™ acquisition and analysis software offers the measurement of millions of cells at your fingertips.

  • Quickly choose your plots for analysis from all of the combinations shown in Preview Mode.
  • Easily compare plots with the Overlay Wizard, for single or dual parameters.
  • Share and customise your results within your research organisation with the Report Generator.
  • Change your view with Zoom and V-Log Scale; you are even able to gate in Zoom Mode.
  • Compensate rapidly with the Compensation Wizard.
  • CyFlow™ optimally supports the True Volumetric Absolute Counting 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.

Upgrades

CyFlow® Robby 8 Autoloading Station

  • Protective housing with no light incidence
  • Flexible well/tube measurements

Microplates and Tubes

  • 48 or 96-Well-Plates, V, U and flat-bottom can be used (max.2)
  • Plates meeting the Standards (ANSI/SLAS 1-2004 through 4-2004)
  • 2ml tubes (max. 120)

Autoloader Dimensions

  • L 370mm x W 332mm x H 370mm

CyFlow Cube Sorter Module

  • Optional cell-sorter add-on for the CyFlow® Cube 8
  • The Cube Sorter combines a flow chamber with a piezo element, including electric activation
  • Sort cells or particles without destruction to ensure high yield and purity
  • As a closed system, in contrast to typical droplet sorters, the process is smooth with reduced mechanical stress. This is especially important when working with fragile cell types
  • Avoid biohazardous situations for your cell culture through the sorter’s closed compact design that can easily be placed on a standard clean bench or under a hood

Applications

Absolute cell and particle counting
Cell and particle sorting

Microbiology:

  • Yeast viability and fermentation process control
  • Water quality analysis
  • Absolute counting of bacteria and other microorganisms
  • Viability of bacteria and other microorganisms
  • Quality control in dairy industry and milk products
  • Marine biology and algae
  • Agrosciences and aquaculture
  • Quality control in cosmetics

Industrial applications:

  • Bioreactor process optimisation
  • Quality assurance in food and beverage industry
  • Biomonitoring
  • Biofuels

Cell biology:

  • Cell cycle and DNA analysis
  • Viability and live/dead analysis
  • Cell proliferation
  • Apoptosis
  • Cancer research
  • Toxicology
  • Cytokines and bead-based assays
  • Cell signalling
  • Plant biology
  • Detection of ploidy level
  • Plant genome size and DNA analysis
  • Biomedical research
  • Animal models
  • Stem cells
  • Immunology
  • Hematological disorders
  • Platelets