CoatingCoatix
Coatings that land on spec every run.
A coating either lands on its designed reflectance or it does not, and by the time you inspect it the run is over. Coatix reads the chamber as the stack grows and steers the deposition to target.
What it solves
Chambers drift run to run. Rate, thickness, and uniformity wander, and the usual answer is to inspect after the fact and scrap what missed. That throws away a part that already survived figuring.
Coatix fuses in-situ optical monitors with chamber telemetry, predicts the evolving spectral stack, and controls rate, thickness, endpoint, and uniformity so AR, mirror, and filter coatings converge to target. It compensates for drift within the run, gated by qualification and rollback policy.
Inside Coatix
- Fuses in-situ optical monitors to predict the spectral stack
- Controls rate, thickness, endpoint, and uniformity in real time
- Compensates for chamber drift run to run
- Forecasts spectral performance before the coating finishes
- Versions recipes with a full spectral audit trail
See it work
Coatix reads the optic, predicts the outcome, and acts only on moves the twin already trusts.
Land the spectrum
Coatix fuses in-situ optical monitors with chamber telemetry, predicts the evolving spectral stack, and controls rate, thickness, endpoint, and uniformity so AR, mirror, and filter coatings converge to target. It compensates for drift within the run, gated by qualification and rollback policy.
- Fuses in-situ optical monitors to predict the spectral stack
- Controls rate, thickness, endpoint, and uniformity in real time
- Compensates for chamber drift run to run
One agent in a closed loop
Perceives the part
Coatix works off Fringeon's shared surface truth, so every decision starts from the same trusted read.
Simulates first
Before it commits an irreversible move, Coatix runs it against Vitreon's optics twin.
Moves under interlocks
Actions run inside hard interlocks and rollback plans, gated by per-cell autonomy levels.
Compounds the data
Every part Coatix handles improves the models, tenant-isolated and federated across the fleet.
Better with the rest of the fleet
Coatix coats parts that Polira figured and Fringeon verified, then passes them to Scryon for defect grading. Vitreon simulates the stack before the chamber ever runs.
The other five agents
Coatix shares the fab-edge runtime, data model, and customers with every Foceon product. Land on one cell, expand across the fab.
Perception
Fringeon
Read the surface before a tool ever touches it.
Explore Fringeon
Polish
Polira
Fewer polishing runs to reach spec.
Explore Polira
Coating
Coatix
Coatings that land on spec every run.
Explore Coatix
Inspection
Scryon
Catch every scratch, dig, and buried fault.
Explore Scryon
Simulation
Vitreon
Hit spec in simulation before you cut glass.
Explore Vitreon
Handling
Cleora
Robotic hands built for the cleanroom.
Explore Cleora
Common questions about Coatix
Do I have to replace my machines?
No. Coatix is the layer above your existing equipment. It reads your metrology and advises or actuates through the interfaces you already run.
How does it handle my proprietary recipes?
Your recipes and data stay yours, on-prem or air-gapped. Coatix learns your process without exporting it.
What if the agent is wrong?
It advises before it acts, operates inside hard interlocks, and logs every action against the digital twin for review.
How fast is a first result?
A pilot cell is instrumented and advising in weeks. Actuation follows once predictions match your metrology.
Put Coatix on one of your cells
Book a pilot and we will scope Coatix against your optics, your tools, and your spec, measured on your own metrology.