The Orgadroid

The Orgadroid

3D model agnostic

Size range from 50µm to 4mm.
100% organoid integrity preserved thanks to our unique patented pipet tip which comes in all size ranges.

Traceability & QC

Bright field imaging
Deep learning for morphology & complex features extraction
Real time monitoring
Batch analysis reports

Plug & Play integration

Compact footprint: 51 x 71 x 41 cm (HxWxD)
Weight: 18 kg
API-ready for robotic stations
Standard plates compatibility
Robotic arm compatibility

Preserved sterility

Flow hood compatibility
Disposable sterile tips
Autoclavable components

Friendly UI

The user may select labware, number of tissues and morphology criteria

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

Automated organoid characterization documentation

Applications

Morphology-based viability selection

Automatically select only healthy, viable organoids based on real-time brightfield 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. The application note details how the Orgadroid integrates into their workflow to improve reproducibility and throughput.

Download application note

Retinal organoid