On-Demand
Standardize Cell Culture. Advance Your Science: A New Approach to Automated T-Flask Workflows
Automated Liquid Handling
- Time
- 30 minutes
Consistent, high-quality cell culture is essential for reliable cell-based research. Yet routine T-Flask workflows including seeding, media changes, passaging, and harvesting remain largely manual. As laboratories manage more cell lines, projects, and experimental conditions, operator-dependent execution can reduce reproducibility, increase contamination risk, and consume valuable time that scientists could dedicate to experimental design and data interpretation.
In this approximately 30 minutes educational webinar, we will explore a new approach to cell culture automation, one designed around the way scientists already work. We will discuss how the Hamilton Cell Care FLASK standardizes routine T-Flask workflows within a compact, enclosed system without requiring a robotic arm or external biosafety cabinet, while fitting naturally into existing laboratory workflows.
Join our Product Manager, Yannik Breitkreuz, to learn how automated flask handling, controlled liquid processing, and standardized workflow execution can help reduce operator-dependent variability, support reproducibility, and provide greater confidence that experimental outcomes reflect biology rather than inconsistencies in process execution. We will also explore how reducing hands-on time for routine cell maintenance can enable scientists to focus more on experimental design, data interpretation, and scientific discovery.
What you'll learn:
- Where operator-dependent variability enters T-Flask workflows
- Why standardized execution is critical for reproducible cell culture
- How automation can support better and more consistent research across both operators and projects
Speakers
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Yannik Breitkreuz
Product Manager Cell Biology, Hamilton -
Dr. Nadine Thaler
Head of Business Area Cell Biology, Hamilton -
Dr. Stephanie Lüthi
Product Manager Cell Biology, Hamilton