Your universal platform for advanced analytics and automated workflows in cell-culture laboratories.
Designed for flexibility and scalability, CELLONE supports multiple AI-powered modules, enabling consistent results, faster workflows, and reduced reliance on manual expert evaluation.
A flexible, extensible structure that supports multiple analytical modules and workflows, enabling labs to address diverse challenges without being limited to a single predefined solution.
A unified, secure environment for storing images, metadata, and results, ensuring full traceability, streamlined access, and efficient collaboration across the laboratory.
Advanced AI models drive automated decision-making, pattern recognition, and workflow optimization, increasing reproducibility and minimizing manual workload.
Tailored to the specific needs of each laboratory, offering custom workflows, integrations, and optimizations to ensure the highest value and performance in real-world use.
The system uses deep learning to accurately identify active cell growth phases and optimal passage points, enabling timely interventions that enhance culture health and experimental outcomes.
The machnine learning model predicts cell confluency levels for the next day based on current growth patterns, allowing labs to plan interventions and optimize culture conditions proactively.
The system automatically evaluates HLA compatibility between samples, delivering fast, objective matching that speeds up decision-making, improves laboratory management, and ensures consistency across experiments.
Just drop an image to run the analysis — or integrate it into an automated lab pipeline. It boosts reproducibility, saves time, and increases lab capacity by removing the need for manual expert evaluation.
„CellOne delivers a crucial advantage: standardization and objectivity in confluence assessment, eliminating staff interpretation differences. Beyond just fast analysis, its ability to predict optimal passage time based on growth history is invaluable, ensuring the quality and stability of our sensitive, differentiating cell lines. Our lab work is now efficient, repeatable, and precise.”