Automating tomorrow's biology

We develop easy-to-use automated solutions, from individual screening to plating of small biological entities, to accelerate ethical, sustainable, and efficient innovation in life sciences.

Automate the quality control of your 3D models

Prep the 3DSorter in 10 minutes and produce experiment-ready organoids. Sort each sample in 2–4 seconds with over 95% accuracy. Standardize your workflow for reproducibility and efficiency in every organoid and 3D cell culture project.

3DSorter key features:

Automatic data reports – expression ratios and more

Bright-field and fluorescence imaging for morphology and marker detection

Image tracking for quality assurance and reproducibility

Standardized process ensures consistent organoid sorting across experiments

From zebrafish embryos to next-gen models

Automate the screening, sorting, and plating of fish embryos (zebrafish, killifish, aquaculture species), plant seeds, hydrogel beads, and 3D cell cultures — all within a single platform. Designed for samples ranging from 500 μm to 2 mm, our systems ensure precision, reproducibility, and quality control in every run.

95-99% accuracy for every sample

Capture and classify each entity with high-resolution imaging and AI—ensuring 95–99% accuracy and consistency across assays and research teams, even with challenging or variable samples.

Standardized, AI-powered results

Standardize sample selection criteria across experiments, timepoints, and users with custom AI models—delivering reproducible outcomes, removing subjective calls, and supporting collaboration across teams.

Fully automated for nonstop efficiency

Automate the entire workflow—from screening to plating—so your team can focus on analysis and discovery instead of repetitive manual tasks.

Application Areas

Our automated platform supports a broad range of applications. Its core technology is optimized for round entities ranging from 500 μm to 2 mm — from aquatic research embryos to advanced 3D cell models — delivering precision and flexibility across diverse workflows.

Aquatic Research Biology

Standardize protocols for husbandry, experimental research, and toxicity assays in zebrafish, killifish, and medaka models.

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3D Cell Culture

Automate quality control and plating of your 3D cell constructs fore more scalable and affordable protocols.

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Aquaculture

Enhance the quality control at the hatchery level for more consistency and standardization of your production processes.

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Plant Seeds

Automated screening of germination, morphology, and size with brightfield and fluorescence imaging.

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The EggSorter: how does our automated platform work?

STEP 01

Sampling

A rotary wheel isolates individual entities from a batch for downstream processing. The device’s input system ensures gentle handling while maintaining precision.

STEP 02

Screening and Sorting

Each sample is placed in front of bright-field and fluorescence cameras for high-resolution imaging and detailed analysis. AI algorithms analyze and classify each entity based on customizable criteria—such as size, morphology, or fluorescence markers—removing subjective judgment and ensuring consistent results.

STEP 03

Plating

Each entity is gently dispensed into tubes, dishes, or multiwell plates, ready for downstream assays without compromising viability.

Enhance protocols for husbandry, research, and toxicology with fish embryo models

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Customize sorting criteria with LabSwipe

Standardize your science while staying flexible. With LabSwipe, you can extend your EggSorter’s capacity to create and adjust custom algorithms tailored to your sample type, developmental stage, and research goals.

LabSwipe key features:

Define sorting criteria—different species, developmental stages, and more

Adapt sorting rules to changing experiment requirements

No technical expertise needed

Retain ownership and privacy of images and data

Our Mission

Automating tomorrow’s biology

We develop easy-to-use automation solutions for screening, sorting, and plating small biological entities — accelerating ethical, sustainable, and cost-effective progress in life sciences and healthcare.

Precision screening and sorting for research and industry

Precision screening and sorting for research and industry.

Ensure reproducible results for reliable research

In academic research, reproducibility matters. Our technology standardizes sample screening and sorting—eliminating variability from manual work and enabling consistent, publishable results.

Boost productivity with high-throughput sorting

Manual screening and sorting is a bottleneck. Automate your workflow to boost throughput, cut costs, and maximize productivity.

Hear about our impact in labs like yours

At the Leibniz Institute on Aging – Fritz Lipmann Institute (FLI), we are using the EggSorter for sorting Nothobranchius furzeri wild type eggs onto plates containing coconut substrate. The EggSorter has proven to be a highly reliable and efficient tool in our workflow, significantly streamlining the egg-sorting process.

We are very satisfied with its performance. The system operates with very high precision and consistency, helping us to save time and standardize a previously labor-intensive step. The EggSorter fully meets our expectations and has become an indispensable part of our daily work with N. furzeri embryos

— Beate Hoppe, Facility Manager, Leibniz Institute on Aging – Fritz Lipmann Institute (FLI)

Our goal was to robotize the sorting of the fish eggs to improve our productivity. We acknowledge the perseverance of Bionomous to solve technical difficulties and successfully deliver the tool adapted to our specific needs. The eggsorter dedicated to Medaka fish eggs facilitates the work of our technicians.

— Gregory Lemkine, CEO, Laboratoire Watchfrog S.A.

The Bionomous EggSorter saves me valuable time in the laboratory while ensuring accurate and reliable results.
Thanks to its automation, I can focus on my experiments/other tasks without worrying about repetitive sorting tasks.

Page Lab | Louvain Institute of Biomolecular Science and Technology (LIBST)