• CyFlow® Space
  • CyFlow® Space

CyFlow® Space

_ with Sorting Option

Ultra-Compact, High-End, Multi-Laser, Benchtop Flow Cytometry System

This family of ultra-compact, high-end, multi-laser, benchtop flow cytometry systems is highly versatile and can be equipped for most applications in cell and particle analysis and absolute counting. The CyFlow® Space detects two different forward scatter signals and one side scatter in combination with up to 13 colors of fluorescence and can be equipped with the CyFlow® Sorter for diamond-piezo-based, closed, non-destructive and non-hazardous cell and particle sorting of the highest purity.

Progress in component development and the availability of powerful and robust solid state lasers has allowed Partec to design these unique high-performance, ultra-compact flow cytometers. The CyFlow® Space instruments can perform a wide variety of measurements. Real-time data acquisition and analysis, as well as real-time data display, is performed by using FloMax®, the Windows™-based flow cytometry software. The CyFlow® Space allow the user to perform True Volumetric Absolute Counting of cells and particle and their subsets identified by their light scattering and fluorescence characteristics. For different excitation wavelengths, various diode, solid state, or Nd:YAG-lasers can be used in configurations of up to 5 simultaneous light sources.

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


Order Information


CY-S-3001 | Partec CyFlow® Space
12-01-1000 | Partec CyFlow® Sorter add-on (for CyFlow® Space)

Software


Partec FloMax® flow cytometry Data Acquisition and Analysis Software

Windows™ based Partec FloMax® software includes multiple online gating, logical gates, and colour gating. N-colour online and offline software compensation is another standard feature of FloMax® software. Data may be acquired with compensation or as uncompensated raw data. Either way, compensation can be done, undone, or changed after analysis on stored data. User-selectable statistics are calculated on subset populations identified by regions that are created by the user with easy-to-use drawing tools and combined using simple, logical formulas. Other sophisticated features include cell cycle analysis and peak analysis. Custom reports are quickly and easily generated from the acquired data using the integrated, macro-driven interface with Microsoft™ Word and Excel FloMax® data files are stored in FCS standard, and therefore, they are fully compatible with other commercial flow cytometry software.

FloMax® software is pre-installed on the Windows™ PC that is delivered as part of the CyFlow® Space systems. Three additional licenses for offline copies of FloMax® software are also included free of charge, thus offering a cost-effective solution for working groups with the need for offline data analysis software.

Highlights


  • Compact, desktop, high-end flow cytometer dimensions [cm]: L 56 x H 30 x D 65
  • Up to 13 Colours, 16 Optical Parameters: 2 x FSC, SSC, FL1-FL13
  • Up to 5 Light Sources: red, orange, yellow, green, blue, violet, UV lasers
  • High power 200mW@488nm blue solid state laser (optional)
  • High power UV LED (365nm) for highest resolution DNA analysis (optional)
  • True Volumetric Absolute Counting
  • Windows™ FloMax® Software for real-time data acquisition, data display and data analysis
  • 16 bit Digital Pulse Processing Board for each Parameter
  • Superior Fluorescence Sensitivity: <100 MESF (FITC) <50 MESF (PE)
  • Superior nanotechnology: small particle detection < 50 nm
  • RobbyWell™ 96-well plate sampler (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 (optional)

Applications


Immunology
Hematology
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 and Particle Sorting | Microbiology
Cell Counting
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