01
Application scope · Protocol exampleThawing & Seeding
- Thaw & transfer
- Centrifuge & recover
- Prepare suspension
- Seed & incubate
Robotic Operations
CELL CULTURE AUTOMATIONMake ROBOTICS
Make ROBOTICS
Work for Your
Cell Culture Lab
Support skilled people, take on repetitive work and connect laboratory operations. We develop robotic solutions around your culture methods, equipment and the knowledge you need to protect.
Automation Should Fit Your Culture Process
Specialist Techniques Take Time to Master
Repetitive Work Crosses Equipment Boundaries
Process Records Need Operational Context
Culture Know-How Is a Business Asset
Robotics Built Around Your Laboratory
We develop robotic operations around your laboratory’s techniques, equipment and workflow, keeping each task in its process context.
Together, we define project-specific requirements for process records, information access, use and confidentiality.
Applications & ExecutionWhere ROBOTICS Can
Where ROBOTICS Can
Contribute to Cell Culture
We’re working toward automation across the full cell culture workflow, building from individual robotic tasks to connected, multi-step laboratory operations.
Robotics opportunities across the culture workflow
Preparation leads to thawing and seeding, then culture and observation. Cell assessment informs continued culture, passaging when ready, or specialist review. Reseeding returns cells to culture. Cell recovery can also lead to banking, according to the culture plan. These are application opportunities, not a claim of end-to-end automation.
Prepare
Prepare vessels and reagents
Cell assessment
Continue culture, passage when ready, or seek specialist review
For cell banking
Freeze & store
Prepare cryovials, freeze and store
Specialist review
Evaluate before the next action
See Robotics in Action
This is one example. Contact us to learn about demonstrations of other cell culture tasks.
Ask About a DemoFlask Handling for Observation
Built Around
Real Laboratory Work
Laboratory knowledge guides the robotics we build. Practical trials guide what comes next.
Scientific and laboratory knowledge informs robotics engineering, supported by ASH_OS for AI and robot control. Physical robot operations are tested and refined using laboratory feedback. This describes our development approach, not an automatically executed laboratory workflow.
Laboratory Knowledge
Science, techniques and real labware
Robotics & AI Engineering
Motions, tools and interfaces
ASH_OS ↗Software foundation for AI and robot controlRobot Operations
Handling laboratory vessels, tools and liquids
Test & Refine
Robot trials and laboratory feedback
How We Can Work Together
- 01
Share Your Challenge
A problem, an idea or a desired outcome is enough to start.
- 02
Explore a Focused Evaluation
Where appropriate, we agree on a task, its operating conditions and criteria for evaluation.
- 03
Decide the Next Step
Review the findings together and decide whether refinement, further development or a detailed proposal would be useful.
An Idea Is Enough to Start
Have a recurring challenge, an equipment idea or a question about automation? Tell us what you have in mind. Let's explore a useful next step.
Talk to Us