Cell Care FLASK
Predictable Cell Culture. Confident Decisions. Cell Care FLASK removes repetitive T-flask maintenance from your bench. Automated feeding, passaging, and harvesting reduce variability and frees your team from routine handling, delivering consistent cultures and reliable results.
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Reclaim Valuable Lab Time
Automated feeding, passaging, and harvesting can free up to 2–2.5 hours per run, allowing scientists to focus on experimental design and high-value research tasks.
Engineered for Confidence
Controlled liquid transfer, precise swivel motion, and defined process parameters ensure repeatable execution, improving reliability across users, days, and shifts.
Sterile Processing by Design
A chemically decontaminated, closed fluidic system enables sterile processing without requiring routine handling inside a biosafety cabinet.
Secure Flask Transport
A dedicated shuttle system moves barcoded T-flasks between modules without adapters, ensuring traceability and preventing sample mix-ups throughout the workflow.
No Robotic Arm Required
T-flasks are processed directly within the Swivel Unit through a closed fluidic system, eliminating robotic handling steps and enabling a compact system footprint with reduced complexity.
Comparable long-term expansion of multiple cell lines using Cell Care FLASK and manual passaging
Discover how Hamilton Cell Care FLASK automates routine T-flask cell culture and passaging to support reproducible, long-term cell expansion. By standardizing repetitive steps such as washing, detachment, cell collection, and reseeding, Cell Care FLASK helps reduce operator-dependent variability and brings greater consistency to routine upstream cell culture workflows.
Download this resource to explore results across HEK293, HT-29, HepG2, and additional cell lines, including direct comparisons between automated and manual passaging. See how Cell Care FLASK achieved comparable cell morphology, viability, and total cell numbers while supporting stable cell growth over multiple passages.
Resource details:
Resource type: Application note
Page count: 6
Read time: 9 mins
The hidden gap between a cell culture protocol and how it's actually performed
Every cell biologist knows the feeling of staring at two identical experiments with different outcomes and wondering whether the answer lies in the biology or the handling
