You're scrapping good cells to be safe.
We show you which are actually bad.

Every fast test on the line waits for damage to surface as voltage, gas, or geometry. EMIS sees the current density itself — where recall-class defects appear first.

A healthy cell carries its current symmetrically.

Two tabs, two balanced lobes, a quiet field. This is what "good" looks like from the inside — something no voltage reading can show you.

Now one of these cells is quietly failing.

Lithium plating has begun inside. The cell still passes every voltage and temperature check on the line — the damage is real, and completely invisible to every fast test.

Can you find it?
Neither could the factory.

Sweep the lens across the cell. Outside it, everything looks healthy — the way it looks to every other instrument. Only EMIS resolves what's hiding underneath.

◅  move your cursordrag your finger across the field

Anyone can build an instrument.
We're building the reference.

Every cell EMIS images sharpens a model trained on real commercial-cell signatures — the layer the industry calibrates against. The instrument is the wedge; the data is the moat.