AIST builds a collaborative robot system that automates solid-state battery material synthesis in a glovebox
The system weighs powders, handles lids, runs a planetary ball mill and stores samples for up to 10 samples per command; AI-driven choice of the next experiment is a stated goal, not yet built.
Why it matters
Self-driving labs need robots that can do the tedious physical steps of chemistry, and solid-state battery materials are hard because they react with air and must be handled through thick glovebox gloves. AIST, working with Denso Wave, Aichi Institute of Technology and the Aichi Center for Industry and Science Technology, paired a small collaborative robot with custom modules to automate mechanochemical synthesis end to end. The release says linking it to conductivity and structure measurements and AI analysis could make it an autonomous materials system. Watch for that closed loop and published throughput numbers.
Key facts
- Up to 10 samples processed per command
- Automates weighing, lid handling, ball milling and storage
- Runs inside an inert-atmosphere glovebox
- Partners: Denso Wave, Aichi Institute of Technology, Aichi Center for Industry and Science Technology
- Released 5 November 2026