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Cell Microsystems

CellRaft AIR™

One Platform – Endless Applications

Imaging, sorting and isolation of single cells with no minimum sample size requirement.

  • Image and track your cells with three color and brightfield
  • Grow more clonal colonies faster and with fewer consumables
  • Get better viability and downstream analysis with gentle sorting and isolation of your cells
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CeallRaft AIR™ Features

High-quality system without the high capital cost

  • Increased viability
  • Detailed cell images
  • Tracking over time
  • Matching cell images to a specific collection location


  • Rare cell sorting capabilities 
  • Image 40,000 wells in <10min
  • Isolate target cells in <60min

Ideal Cell Types

  • Stem cells (including iPSCs)
  • Fragile cells
  • Primary cells
  • Rare cells
  • Adherent and non-adherent cells
  • Co-Cultures
  • Small sample sizes
    – Human biopsies
    – Fine needle aspirates

More Information per Cell

Providing more efficient single cell workflows, including clonal colony propagation, by combining imaging, sorting and isolating in one instrument with no minimum sample size requirement.

Know the quality of your cells and choose the best ones to isolate.

Simple, hands-free, and effective for:

  • Tracking cell phenotypes
  • Data rich time course imaging
  • Small, precious, or fragile samples
  • Challenging genomic and CRISPR workflows
  • On-array functional assays
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CRISPR – Improve viability, clonality, & efficiency

Identify target cells on Day 0.  Track single cells and their phenotypes through the cloning and sorting process. See the quality of your cells before collection and downstream analysis.  All on one fully automated platform using one consumable.

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Stem Cells – A better way to handle sensitive cells.

Providing an ideal approach to gently isolate single iPSCs or hESCs and generate precious cell lines. 

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Organoids – Simple workflow for a novel and powerful technology.

Organoids are a new and powerful technology being used by several industries: from drug discovery and toxicology studies to personalized medicine research.  These 3D structures are advancing the way researchers visualize and study disease.

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A Simple Workflow

Cells are plated on the CytoSort Array similarly to a standard tissue culture dish and loaded into the AIR System’s platform.

Using the AIR System’s three-channel fluorescence plus brightfield microscope, cells are imaged and sorted through user navigation or via user-defined thresholds, filtering, and gating.

Once selected, each cell is transferred to a standard 96-well PCR or culture plate and is ready for downstream analysis.

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News & Events






Cell Microsystems

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