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Increase your core lab’s impact with AI‑powered, consistent workflows that free researchers to focus on higher‑value work in shared lab environments.

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Consistent results, fewer manual steps, and nearly 200 hours returned to your team every week*

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Why Shared Labs Need Reliable, Reproducible Workflows

Shared labs support many users, diverse projects, and shifting priorities, which naturally introduce variation. Even small technique differences can affect data quality, slow progress, and increase troubleshooting. Automation ensures every step is executed consistently, strengthening quality control and reducing experimental differences across scientists and projects.

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How To Standardize Cell Culture For Every User and Project

The CellXpress.ai system leverages AI and machine-learning to transform complex protocols into aligned, hands‑free workflows that stay consistent across users, cell models, and projects. By applying the same decisions, schedules, and handling every time, it reduces repetitive manual steps and gives your core lab a scalable way to support more users without increasing workload.

 The CellXpress.ai Automated Cell Culture System 

Support More Scientists

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Help more users run reliable, consistent cell culture, regardless of their skill level. The CellXpress.ai system's pre-configured workflows standardize routine steps and reduce variability across your core lab.

You can:

  • Support rotating users with reproducible iPSC and organoid workflows
  • Keep cultures moving 24/7 with unattended feeding and passaging
  • Process over 100 plates in parallel** to expand project capacity
  • Deliver imaging‑backed, consistent results across experiments

Scalable automation helps your lab take on more scientists and more studies without increasing manual workload.

Strengthen Operational ROI

Improve scheduling, reduce operational burden, and strengthen ROI with standardized, automated workflows that scale with demand.

You can:

  • Maintain 24/7 reliability with unattended workflow progression
  • Reduce failure rates with image‑based imaging and machine‑learning analysis
  • Improve cost efficiency by reducing the need for manual intervention
  • Increase throughput with high‑capacity, parallel processing
  • Deliver predictable, consistent outcomes across iPSC and organoid projects

Your lab gains stronger operational stability, more consistent results, and dependable performance across every user and project.

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See How Automation Elevates Your Lab's Impact.

 

Request a personalized walkthrough and discover how precision automation helps you standardize workflows, reduce experimental variability, and manage shared laboratory resources with confidence.

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What's Possible With The CellXpress.ai System

Discover the workflows that deliver consistency and confidence

Our fully integrated automated cell culture platform helps your team automate routine work, reduce variability, and support more users with less hands‑on intervention. The AI‑driven system produces image‑based, machine‑learning insights that help standardize decisions.

Together, these AI‑driven workflows deliver:
 
  • Standardized iPSC and stem cell workflows
  • Reproducible iPSC culture from start to finish
  • iPSC quality control with traceable image‑based records
  • iPSC passaging automation for predictable, day‑to‑day consistency
  • Automated stem cell maintenance to reduce training burden
  • iPSC cell line management across rotating users and projects
  • iPSC characterization workflows that are easy to scale

Every workflow produces consistent, image‑backed cell data that shows how cultures progress over time. Reliable, traceable results strengthen service quality and support your lab’s promise of confidence through consistency.

Real Scientists. Real Impact.

Emory5

Dr. Alexia King |
Emory University

New automated cell culture system at Emory University facilitates advanced organoid research

Emory University is scaling complex organoid workflows using AI-driven automation to culture, monitor, and analyze thousands of organoids with consistency and confidence.

UCLA3

Dr. Robert Damoiseaux |
UCLA Molecular Screening Shared Resource

State-of-the-art AI and robotics device arrives at UCLA, creating opportunities for biomedical researchers

UCLA is advancing human‑relevant biology to deliver faster, more reproducible results at scale. This technology is helping researchers reduce manual effort, improve consistency, and unlock new possibilities in biomedical discovery. 

 

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