The CyFlow Cube 6 is a compact benchtop flow cytometer for the analysis of individual cells and microscopic particles. Different CyFlow Cube 6 configurations to select from offer optimal solutions for dedicated applications. The easy-to-use CyFlow™ software provides control of the instrument,  data acquisition, analysis and storage. CyFlow Cube 6 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.

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 6, displaying particle concentrations for any subsets of cells, even if defined by a gate at a later time after the acquisition.

General facts:

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

Microplates and tubes:

• 48- or 96-well plates; V-, U- and flat-bottom are fitting (max. 2)
• Plates meeting the standards ANSI/SLAS (1-2004 through 4-2004)
• 2mL-tubes (max. 120)

Sample volume:

• Flexible choice of sample volume up to 180 µL for plates and 2,000 µL for tubes

Speed:

• Continuously adjustable from 0.2 µL/s to 10 µL/s
• Approx. 1h for a 96-well plate (speed 2 µL/s, sample volume 20 µL)

Software:

• CyFlow™ Windows™-based software

Dimensions:

• W 360mm x H 270mm x D 370mm

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
• Haematological disorders
• Platelets