Reproducible iPSC expansion and differentiation at scale
01

Reproducible iPSC expansion and differentiation at scale

Induced pluripotent stem cells thrive on consistency. RoboCell applies standardized media exchange, detachment and passaging to every flask, with automated confluency imaging deciding when cells are ready for the next step.

  • Imaging-based confluency decisions
  • Multi-passage protocols with lineage tracking
  • Gentle, consistent detachment and re-seeding
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Parallel cell line maintenance
02

Parallel cell line maintenance

Maintain multiple cell lines in parallel with identical treatment for every vessel. Bioflow tracks cell lines, labware and reagents, so nothing is lost between passages.

  • Average of 45 cell lines per RoboCell
  • Per-line protocols and run parameters
  • Complete digital record for every flask
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Biobanking and cryostorage
03

Biobanking and cryostorage

RoboStor stores and retrieves cryoracks from liquid nitrogen with barcode-level traceability. RoboVial adds single-vial handling with integrated controlled-rate freezing, and CryoNest keeps vials at −135 °C during transfers, cutting manual consolidation and ambient exposure.

  • Controlled-rate freezing and thawing
  • Single-vial retrieval with RoboVial
  • LN₂ monitoring, autofill and audit trail
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Assay-ready cell supply at scale
04

Assay-ready cell supply at scale

Automated expansion, counting and plating deliver assay-ready plates in 6- to 1536-well formats on schedule, with counts and viability recorded.

  • Advanced plating from 6 to 1536 wells
  • Vi-CELL BLU counting and viability
  • Scheduled delivery to downstream instruments
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Primary, adherent and suspension cultures
05

Primary, adherent and suspension cultures

Automated adherent and suspension workflows for primary cells and established lines, from confluency checks and detachment to media exchange, centrifugation and cell counting, without manual intervention.

  • Centrifugation and decant with Robo-C
  • Heated and refrigerated media supply
  • Enclosed, HEPA-filtered processing
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Process development
06

Process development

Digitally track the details of every run, from media and reagent volumes to passage lineage. Compare process changes on evidence and refine protocols faster.

  • Graphical protocol design in Bioflow
  • Parameters exposed as run parameters, not code
  • Exportable data for analytics and LIMS
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Talk to an application scientist about your protocol.

We’ll map your workflow to task modules and a Bioflow protocol before you commit to anything.