TECHNOLOGY

How It Works - An Atoms First Approach

Inside the coating there’s a tiny glass like scaffold made from silicon oxygen links.

A quick UV step (photopolymerization @ 365 nm) holds the shape; a gentle bake makes more silicon–oxygen links so the film becomes solid and stable.

In one region (the P-ink), short electrical pulses cause nanotube molecules to burn away into a non-conductive path between the pads: this is your stored weight.
In the next region (the N-ink), a thin, gently semiconducting layer and an engineered boundary shape the readout so it looks like a Schottky diode (a depletion region boundary).

WORM: After the ink has been deposited and baked onto your substrate, you will be able to program it at any time. After programming the weight stays put (state retention).

Process Flow: coat → UV set → bake → program → read.