Specialist techniques take time to master
We develop robot motions with laboratory specialists, using their techniques to guide repeatable task execution.
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 Address
the Work Your Lab Depends On
Robotics Built Around Your Culture Process
Repetitive work crosses equipment boundaries
We engineer vessel handling, tool adaptations and equipment interfaces to build toward connected laboratory tasks.
Process records need context
Our traceability development aims to connect robot activity with instrument information, helping teams review how an operation was carried out.
Culture know-how is a business asset
We prioritize local robot execution, with agreed data-use boundaries to help protect proprietary culture methods.
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
Passage & expand
Recover and reseed
Liquid-tool and centrifuge handling opportunitiesFor cell banking
Freeze & store
Prepare cryovials, freeze and store
Specialist review
Evaluate before the next action
Selected Demonstrations
Within the Culture Process
01Flask observation
Flask observation
and handling
Application sequence
- Flask Retrieval
- Medium-Color Assessment
- Microscopic Check
- Return / DiscardAccording to the result
02Cryovial warming
Application scenarioCryovial warming
and transfer
- Cryovial retrieval
- Bead-bath warming
- Transfer to rack
Our Approach
Connecting Laboratory Needs with Robotic Solutions
We develop AI and robotics for the practical demands of cell culture. Scientific understanding and hands-on laboratory knowledge guide the motions, tools and equipment interfaces we build, with ASH_OS supporting robot task execution.
Scientific and laboratory input guides robotics engineering. ASH_OS supports AI and robot control for task execution. Robot trials and laboratory evaluation feed refinements back into engineering.
Science & laboratory practice
Culture requirements, specialist techniques and operating conditions
Customer specialists, advisers and laboratory partnersRobotics & AI engineering
Task motions, tools and equipment interfaces
ASH_OSAI and robot control
Robot execution
Physical tasks in the laboratory
Test & refine
Robot trials and laboratory evaluation inform task and interface refinements
ASH_OS
Our proprietary software connects AI and robot control for task execution. Coordination across robots and equipment is in development.
Explore ASH_OSDevelop the Solution
Around Your Laboratory
Keep control of
process knowledge
Local execution is a design priority. Together, we define on-site functions, operational and training data storage, and access and reuse arrangements.
Connect actions with process records
Our traceability development aims to link robot activity, instrument information and process records, so teams can review an operation alongside its result.
Work with your tools and conditions
Your vessels, instruments, workspace and clean-handling requirements guide what can be retained and where fixtures, interfaces or layout changes are needed.
Plan for everyday operation
Training, preparation, intervention and maintenance are considered alongside future task changes, with responsibilities defined as part of the project scope.
How We Can Work Together
- 01
Explore your goals
Start with a challenge, an idea or a question about what automation could make possible.
- 02
Understand your lab
We look at relevant operations, equipment and working conditions with your team.
- 03
Shape the solution
Together, we identify useful automation opportunities and define an initial scope and responsibilities.
- 04
Evaluate & plan ahead
Where agreed, we evaluate priority tasks within a defined scope and use the findings to plan the next stage.
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