Culturing brain organoids is complex. Automating it shouldn’t be.
Rethink your neuroscience workflows—from iPSC seeding to functional validation.
The CellXpress.ai® Automated Cell Culture System empowers neuroscience teams to consistently produce standardized brain organoids - without the variability, complexity, or labor of manual workflows.
By automating feeding, passaging, and monitoring with imaging-guided decision-making, the CellXpress.ai system eliminates batch-to-batch variation, reduces hands-on time by up to 27 hours per week, and enables parallel processing of over 100 plates across multiple protocols. Designed for biologists - not programmers - this intuitive system helps you scale up your CNS disease modeling and drug discovery with confidence, reproducibility, and robust downstream assays.
Rethink your neuronal workflows
- No more manual, labor-intensive workflows. Streamline complex protocols with automation to reduce hands-on time and increase reproducibility. Give your team back ~27 hours per week to spend on analysis, not maintenance.*
- No more variability in results. Standardized workflows minimize batch-to-batch and user-to-user variability, ensuring your brain organoids are reproducibly cultured for robust downstream assays
- No more technical complexity. Integrated, biologist-friendly software eliminates the need for coding or combining multiple solutions. Validated protocols and built-in error handling make it easy to culture even advanced organoid models - so your team can get started quickly and scale with confidence.
- No more scalability limitations. Culture over 100 plates across multiple protocols in parallel without cross-contamination - enabling high-throughput, translational research using predictive, physiologically relevant brain organoids.
CellXpress.ai Automated Cell Culture System Brain Organoid Development Overview
iPSC-to-Brain Organoid Workflow
Explore the automated iPSC-to-organoid workflow with AI-driven monitoring and rocking incubation.
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*estimate based on daily feeding and imaging of brain organoids cultured on ten 96-well plates