Automated Flask-Based Cell Culture: Comparable Long-Term Expansion of Multiple Cell Lines Using Cell Care FLASK and Manual Passaging

Cover of Hamilton tech note on automated flask-based cell culture showing a monitor displaying Cell Care FLASK software and microscopy images of cells.

Comparable Long-Term Cell Expansion with Cell Care FLASK

Routine T-Flask maintenance can introduce variability that affects long-term cell culture performance. This technical note shows how Cell Care FLASK standardizes passaging, washing, cell collection, and reseeding in a closed, controlled environment—delivering long-term expansion of multiple adherent cell lines with morphology, total cell number, and viability comparable to manual handling.

  • Comparable growth performance: Automated passaging produced total cell numbers and viability equivalent to manual workflows.
  • Consistent long-term culture: HEK293, HT-29, and HepG2 cells maintained continuous proliferation and stable morphology across eight passages.
  • Standardized flask handling: Routine T-Flask workflows were executed in a closed, sterile environment without cross-contamination.

Read the Full Technical Note to Learn More.