The Orgadroid®

Automated organoid handling — from imaging to transfer.

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Key features

3D model agnostic

Built to handle a broad range of complex 3D biological models.

  • 50 µm to 4 mm sample size range
  • Compatible with organoids, spheroids, tumoroids, assembloids, cuboids and other 3D tissue models
  • Patented pipette-tip technology designed to preserve sample integrity during handling and transfer

Full traceability & QC

  • Every sample imaged, classified and recorded
  • Automated batch reports combining morphology data and transfer logs
  • Real-time monitoring and complete run history for ongoing QC

Plug-and-Play integration

Designed to fit into your lab — and your existing automation ecosystem.

  • Compact footprint: 51 × 71 × 41 cm, 18 kg
  • Benchtop operation or under BSL / laminar flow hood
  • Open API for integration with robotic arms, schedulers and automated workflows
  • Compatible with standard labware through an extensible labware library

Sterility by design

Designed for integration into sterile research and pharma workflows.

  • Compatible with laminar flow and biosafety cabinets
  • Sterile disposable tips and autoclavable components
  • Designed to support pharma-grade sterility workflows
  • Optional enclosed configuration

Configurable AI classification

Turn your morphological requirements into reproducible selection criteria.

  • Configure source and destination labware and tissue distribution by well
  • Define quantitative and/or custom morphological selection criteria
  • Save configurations for reproducible runs
  • Easily adapt criteria and settings as experimental needs evolve

Workflow example

Organoid localization and AI-based selection

AI-based localization & Morphological selection

Automated detection within the culture plate.

Morphological assessment to classify organoids as suitable or unsuitable.

Pick and place

Pick and place

If the organoid is selected, it is transferred. Otherwise the system moves to the next organoid.

Traceability and reporting

Traceability and reporting

Every organoid is imaged, classified and logged. The Orgadroid generates a complete batch report — morphology data, selection criteria, transfer records — automatically, with no manual documentation required.

Applications

Morphology-based viability selection

Automatically select only healthy, viable organoids based on real-time morphology criteria.

Assay-ready plating into 96 & 384 formats

Transfer size-matched organoids directly into high-density well plates for standardized drug screening assays.

High-precision positioning

Place individual organoids with precision into organ-on-chip devices or histology substrates for downstream analysis.

Overtime batch monitoring

Track organoid morphology and growth over time across batches, generating consistent longitudinal QC reports.

Quantitative cell mass transfer

Transfer a defined number or total volume of organoids for reproducible seeding in cell therapy manufacturing.

Representative subset extraction

Pull a morphologically representative sample from a batch for quality control without disrupting the main culture.

Application Note

Retinal organoids — Institute of Molecular and Clinical Ophthalmology Basel (IOB)

IOB, a Novartis spin-off and leading retinal research centre, uses the Orgadroid to automate image-based sorting of retinal organoids, enabling consistent morphological selection at scale.

96%

Single-organoid
isolation success

95%

Classification
accuracy

✓

Viability preserved
vs. manual sorting

Download application note
Retinal organoid

Designed to integrate into any workflow

The Orgadroid fits how your lab works today — on the bench, under a biosafety cabinet, or embedded in a fully automated pipeline.

Benchtop & BSL-ready

Compact footprint (51 × 71 × 41 cm, 18 kg). Operates standalone on the bench or under a laminar flow hood / biosafety cabinet — no compromises on sterility.

Fully integrated pipeline

Compatible with major laboratory schedulers and robotic arms. Already integrated with partners across the leading liquid handling and automation platforms.

Open API & standard labware

Documented API for direct communication with robotic stations and LIMS. Works with standard microplates out of the box.

Contact us to discuss your specific setup.

Webinar preview

Webinar Recording

Orgadroid Introduction Webinar

Watch our 30-minute introduction to the Orgadroid — how it works, what it handles, and where it fits in your workflows.

Watch the recording

See the Orgadroid in action

Discuss your organoid workflow with our team and see how the Orgadroid can integrate into your current process.

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