CellXpress.ai® – The Next Generation of Automated Cell Culture

AI-Powered Innovation for High Throughput and Unmatched Reproducibility
Revolutionizing Cell Culture
 
CellXpress.ai® is an advanced, AI-driven platform designed to fully automate the cell culture process. From maintenance and monitoring to culturing, imaging, and data analysis, everything happens seamlessly on a single, integrated platform. The result? Consistent, reliable, and biologically relevant outcomes—scalable across multiple stem cell lines, spheroids, and organoid models.
With CellXpress.ai®, your team gains complete control over complex seeding, feeding, and passaging schedules—running 24/7 without human intervention. This means shorter experimental cycles, reduced human error, and accelerated progress in drug discovery and regenerative medicine.
 
Why Choose CellXpress.ai®?
End-to-End Automation
Covers seeding, feeding, passaging, monitoring, and imaging—minimizing manual handling.
Full Traceability
Comprehensive image logs verify every critical step, ensuring confidence in your results and faster decision-making.
AI-Driven Intelligence
Deep learning algorithms determine the optimal timing for media changes and passaging.
24/7 Unmanned Operation
Continuous workflows boost productivity and free up valuable resources.
High Reproducibility
Standardized protocols reduce variability and ensure consistent data.
Scalable & Flexible
Supports both 2D and 3D models, including iPSCs, organoids, and spheroids.
 
Product Advantages 
Integrated Platform
Combines liquid handling, incubators, and imaging systems for streamlined workflows.
Real-Time AI Imaging
Detects cell health and abnormalities early for proactive intervention.
Standardized & Customizable Protocols
Ensures process consistency and full traceability.
Reduced Contamination Risk
Automated sterile operations improve success rates.
Regulatory Compliance
Complete digital records and imaging for audit-ready documentation.
Future-Ready Design
Expandable to integrate centrifugation, confocal imaging, and supernatant analysis.
 
Applications
Drug discovery and toxicology screening 
Regenerative medicine and iPSC culture 
3D organoid and spheroid modeling 
High-throughput cell culture and imaging