Culturing brain organoids is complex. Automating it shouldn’t be.
Rethink your neuroscience workflows with the CellXpress.ai® Automated Cell Culture System. An AI-powered instrument purpose-built to streamline the development of brain organoids, from iPSC seeding through long-term culture and differentiation. With AI-powered monitoring, rocking incubation, and smart media exchange, this groundbreaking system supports multiple plate formats for protocol flexibility and minimal manual intervention. It supports a complete neural production protocol and integrates seamlessly into broader neuroscience workflows. Research teams working on neurodegenerative and CNS disease modeling can now scale brain organoid production with unmatched reproducibility and consistency to accelerate discovery and significantly reduce manual workloads.
Rethink your neuronal workflows
- No more manual, labor-intensive workflows. Streamline complex protocols with automation—that includes incubation—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. Minimize batch-to-batch and user-to-user variability with standardized, automated workflows.
- No more technical complexity. Automated pipetting, rocking incubation, and smart media exchange reduce technical burden on scientists and ensure consistency.
- No more scalability limitations. Multi-plate, multi-protocol processing of more than 100 plates across multiple experiments—all in parallel with no cross-contamination—ideal for high-throughput and translational research.
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