Streamline Cell Line Expansion and Cryopreservation

Scale Cell Lines From Seeding to Cryopreservation

Consistency and critical timing are two of the most challenging aspects of handling cell lines manually. Repeated interventions across cell maintenance, expansion and cryopreservation can introduce variability and make it harder to scale workflows while maintaining traceability. LINQ connects these steps within an end-to-end automated workflow, reducing manual intervention while supporting consistent cell handling from seeding through cryopreservation.

The Benefits of Automated Cell Line Expansion and Cryopreservation

Maximize Hands-Off Time and Increase Consistency

LINQ supports the expansion and cryopreservation across multiple cell lines, connecting the workflow from cell seeding through maintenance, expansion and cryopreservation.

Enhanced Data Integrity

The platform brings together data from multiple instruments, providing traceability across the workflow and supporting more complete records for each cell line.

Complete Workflow Integration

Connect cell seeding, maintenance, imaging, counting, expansion, harvesting and master cell bank creation within an adaptable workflow.

Reduced Manual Intervention

Automation reduces repetitive handling and associated process variability, supporting more reproducible and reliable cell line workflows.

Solutions

Cell Line Maintenance, Expansion, and Cryopreservation

This integrated workcell connects the equipment required for automated cell line maintenance, expansion and cryopreservation. It can support media exchange, cell counting, passaging, cell imaging, cell suspension reformatting and controlled-rate freezing within a contained workflow. The system can be configured for suspension cells, adherent cells and organoids, with containment added where required by the application.

Discuss this workcell
Isometric technical diagram of a laboratory automated cell culture workstation with translucent pink outlines highlighting various internal modules and robotic arms.
LINQ workflow diagram: a cell plate moves from a stacker to a plate reader, then to storage, with results exported via file transfer

Coordinate Cell Handling From Seeding to Cryopreservation

LINQ connects instruments and workflow stages across cell maintenance, expansion and cryopreservation. Centralized scheduling and run management help coordinate sample movements and critical timings while maintaining visibility across the wider cell line workflow.

Explore LINQ

Discuss Your Cell Line Workflow

Tell us about your cell lines, culture formats, current instruments, workflow stages and scale requirements.
Our automation specialists can help identify where integrated automation could reduce manual handling and connect your process from cell seeding through cryopreservation.
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Automata ©2026. All Rights Reserved. Patent pending: UK publication no. GB2615613, GB2615525
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