Pilot units now available through Priority Access Program.


Rapid hyperplex made easy.

Your hyper-plexing platform for spatial biology made easy

A full-stack solution capable of visualizing up to 40 markers in a single sample within a day.

An open solution without secrets

You are the owner of your research. Use your off-the-shelf, label-free antibodies and customize your protocols.

A high throughput, high insight platform

Get fast and deep insight into your samples’ spatial make-up with 4 slide capacity.

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24 markers on tonsil tissue.

Total protocol time: 5h. Fully automated on COMET™.

COMET™ helps by:

Allowing you to exploit the full capabilities of spatial biology in your research
  • Gain a deep understanding of your tissue context and architecture.
  • Leverage spatial knowledge to unveil potential new biomarkers.
  • Gain true insight into immune microenvironments.
Leveraging the full potential of your discoveries
  • Go from a discovery approach to zooming into your markers of interest all in one device.
  • Integrate your RNA data with your proteomics data to gain true insight in biological processes.
Eliminating the complexity of spatial biology
  • Move to a “sample-in insight out” approach with minimal user investment.
  • Get access to top-notch experts to support you in your research.

Join the COMET™

Fully automated workflow

COMET™ integrates the staining and imaging steps to avoid instrument manipulation during the entire process.

Use of your preferred antibodies

COMET™ is designed to satisfy researchers’ flexibility needs and works with off-the-shelf, label-free antibodies. As simple as that.

Hyperplex throughput

With a capacity for 4 slides, and average turnaround times of 30 minutes every 2 markers.

Your all in one, sample-in data-out hyperplex spatial biology solution.

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Your all in one, sample-in data-out hyperplex spatial biology solution.
  • Reagents Module

    Reagents and buffers are loaded in small and large volume reservoirs respectively and delivered to the sample through microfluidic channels.

  • Microscope

    Compact fluorescent microscope. Images through the chip.

  • Staining Module

    Rotary stage where up to four slides are inserted and clamped against the Imaging Chip. Its unique design allows for staining and imaging parallelization.

  • Image Viewer

    Following image acquisition, the Viewer can open the resulting image files. The software facilitates visualization and exports the data for image analysis.


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