BuildingROBOTS Powered by ASH_OS, robots, tools, and connected equipment work as one system——coordinated safely and reliably as tasks and conditions change.
Core Product | ASH_OS From Complex Workflows toROBOT Execution WHAT ASH_OS
CONNECTS TASK GOALS Goals, procedures,
and instructions AI CAPABILITIES Planning, perception, and physical intelligence ROBOTS & DEVICES Robots, tools, sensors,
and equipment WHAT ASH_OS
ENABLES COORDINATED OPERATIONS Coordinates multi-step work across robots and equipment ADAPTIVE EXECUTION Responds to changing tasks and operating conditions SAFE, SCALABLE OPERATIONS Supports controlled, repeatable
deployment at scale CORE PRINCIPLES - Safety Built In - Hardware Flexibility - Continuous Improvement
Automating Cell Culture WorkflowsROBOTICS Solution | Cell Culture Automation Cell culture demands precision, consistency, and rigorous validation, yet many workflows remain repetitive and labor-intensive. We use robotics to reduce repetitive manual work and make lab operations more reliable.
IN DEVELOPMENT TOWARD END-TO-END AUTOMATION
Connecting more operations across
the cell culture process.
01 | CRYOVIAL RETRIEVAL & TRANSFER AUTONOMOUS EXECUTION · VALIDATED Powered by ASH_OS
Built for Precision Designed for Validation
±1 mm Manipulation Precision
20 ms Real-Time Control Response
24/7/365 Continuous Operation
±3% Reproducibility
Consistent across repeated runs
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Compliance & Qualification Designed around GMP environments, data integrity, and validation requirements.
FDA Draft Guidance · EMA QIG · ICH Q8–Q10 · 21 CFR Part 11 · EU GMP Annex 11 · ASME V&V 40/70 · IQ/OQ/PQ
Advisors & Partners Grounded in Science in Practice Research Expertise Real-World Validation Toward Scalable Deployment
Scientific Advisor Prof. Masahiro Kino-oka Professor, Department of Biotechnology, Graduate School of Engineering, The University of Osaka
Cell Manufacturing & Bioprocess Engineering Expert
Cell manufacturing process design, optimization, and quality evaluation Expertise in
stem cell manufacturing, including iPS cells Recipient of the 2019 Achievement Award of the Society for Biotechnology, Japan ADVISES TRANSISTOR ROBOTICS ON CELL MANUFACTURING, PROCESS DESIGN, ANG VALIDATION APPROACHES FOR CELL CULTURE AUTOMATION.
Validation Partner Animal Stem Cell CO., LTD. Cell Culture Application & Workflow Validation
Provides real-world cell
culture environments
and operational
requirements Participates in
robotic workflow
and application
validation Brings end-user
feedback into
workflow design and
refinement WORKS WITH TRANSISTOR ROBOTICS TO MOVE CELL CULTURE AUTOMATION FROM TECHNICAL VALIDATION TOWARD DEPLOYMENT.
Expanding What’s PossibleROBOTICS We’re bringing together the people, technology, and partnerships behind what’s next in robotics.
Global Network : Japan · Scotland · U.S. · China · India Join Us Shape the Future of Robotics with Us.
View Open Roles → Partnerships Exploring a robotics project, strategic partnership, or new opportunity?
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