Heat-and-Press
Billet heating and press cycle control.
Autonomous operations layer for extrusion manufacturing — billet heating and press control, AI profile and surface-defect vision, die-flow optimisation.
Extruon closes the loop on extrusion manufacturing: billet heating and press control, profile and surface-defect vision, die and flow optimisation, quench and stretch, cut and age, robotics and yield orchestration.
Every press deployment produces labelled billet, die and profile traces that train the next model, tightening the loop from billet to finished length.
| Detail | Value |
|---|---|
| Stage | Seed |
| Category | Physical AI |
| Year | 2026 |
| Website | extruon.com |
| Headquarters | Not disclosed |
| Raised | $1M |
| Investor | 10xC |
| Model | Per-press software subscription with a yield-outcome component. |
| Measured by | Good-length yield, die change time, surface-defect escape rate, presses expanded per customer. |
Every deployment on extruon.com writes labelled traces back into the model, so the system generalises across plants, alloys, grades and geometries.
Billet heating and press cycle control.
Profile and surface-defect vision.
Die and metal-flow optimisation.
Quench and stretch control.
Cut and age control.
Robotics and handling across the line.
Yield and throughput orchestration.
Extrusion is a run business where a die that drifts costs the whole press-shift in rework, and die setup still leans on the die shop's memory. Profile inspection happens off-line, after lengths are cut.
Extruon moves the read onto the line and the die into software. The buyer is an extruder paying in hard currency; the wedge is one press or inspection step, and die-to-good-length yield is the number that opens the next module.
Owns the extruder relationships, the pilot programme and the commercial model.
Owns the press and vision models, the edge runtime and the write-back into die control.
Building in Physical AI? We want to hear about it.