Deposit-and-Pattern
Deposition and patterning process control.
Autonomous operations layer for display manufacturing (OLED, microLED and flat-panel fabs) — closed-loop uniformity control, Mura false-call reduction, transfer-yield optimisation.
Emiteon closes the loop on display manufacturing: deposit and pattern control, TFT and anneal control, Mura and defect detection, microLED transfer, panel handling, age-test and binning and yield and ramp orchestration.
Every fab deployment produces labelled panel and process traces that train the next model, tightening the loop from deposit to finished panel.
| Detail | Value |
|---|---|
| Stage | Seed |
| Category | Physical AI |
| Year | 2026 |
| Website | emiteon.com |
| Headquarters | Not disclosed |
| Raised | $2M |
| Investor | 10xC |
| Model | Per-fab software subscription with a yield-outcome component. |
| Measured by | Panel yield, Mura false-call rate, transfer yield, modules expanded per customer. |
Every deployment on emiteon.com writes labelled traces back into the model, so the system generalises across plants, alloys, grades and geometries.
Deposition and patterning process control.
TFT and anneal control.
Mura and defect detection with false-call reduction.
MicroLED transfer and placement control.
Panel handling and logistics.
Age-test and binning control.
Yield and ramp orchestration.
Display fabs run on yield: a point of transfer yield is worth tens of millions, and Mura inspection still drowns engineers in false calls that stall the line. The technology transition to microLED makes every step more sensitive.
Emiteon moves the read and the control onto the line. The buyer is a panel or module fab paying in hard currency; the wedge is one inspection or transfer step, and yield is the number that opens the next module.
Owns the fab relationships, the pilot programme and the commercial model.
Owns the vision and process models, the edge runtime and the write-back into fab control.
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