Every cell, perfect yield.
The autonomous operations layer for battery cell and gigafactory manufacturing — closed-loop electrode coating, drying and calendering control, AI defect and metal-contamination inspection from vision and inline X-ray/CT, stacking, winding, tab-welding, fill and seal control, formation, aging and grading optimisation, and an as-built cell digital twin that tests yield, quality and takt before the run.
Continuous coat weight, thickness and porosity control across the full web, with closed-loop correction of pump rate, die gap, tension and drying zones.
Coating defects, wrinkles, pinholes, streaks, burrs, metal particles, weld quality and internal defects sensed and predicted from vision and inline X-ray/CT.
Sub-millimetre control and verification of tab and terminal welding, electrolyte fill and sealing, with void and misalignment prediction.
Per-cell formation protocols, channel scheduling, degassing, end-of-line test and grading accuracy from the full curve.
First-pass yield optimisation, scrap recovery, WIP routing, rework sequencing and moving-line takt balancing.
Simulate the whole cell process and hit target yield, quality and takt before the run, including new lines and new chemistries.
CEO & Co-founder
Leads Anodela's product direction, design-partner programme, and commercial model, starting with the cell lines where yield loss and scrap cost the most.
LinkedIn →CTO & Co-founder
Leads engineering on the factory-edge runtime, the perception and control models, and the as-built digital twin Anodela runs on.
LinkedIn →If you're building the layer Physical AI can't scale without, we want to hear about it.