Roll & Gauge agent
Holds exit gauge to microns by trimming roll gap, roll force, bending, shifting and inter-stand tension pass by pass — including the head and tail ends where prime yield is lost.
Buy one line module and prove it. Add the next when the first has paid for itself. The twin ties them together into a plant that plans, rolls and finishes as one system.
pass 6/7autonomy: assisted-writetwin delta 0.004 mmaudit id 7f31c
Modules in production across design-partner plants
Every module ships with its own validation harness, its own promotion gates and its own ROI metric.
Holds exit gauge to microns by trimming roll gap, roll force, bending, shifting and inter-stand tension pass by pass — including the head and tail ends where prime yield is lost.
Fuses high-speed strip-surface vision with shape-meter and thermal data to detect and predict scale, scratches, slivers, inclusions, roll marks, edge-wave and centre-buckle.
Optimises the rolling schedule, reduction split and thermomechanical path so the coil hits target properties in fewer passes, with campaign and roll-change planning on cuOpt.
Controls annealing, temper/skin-pass, pickling and coating weight so mechanical properties and coating spec land inside the window without over-coating.
Predicts roll wear, thermal crown and third-octave chatter precursors to schedule roll changes early and steer the mill away from instability and cobbles.
Drives robotic coil handling, strapping, sampling and lab logistics on Isaac-based cells so sample-to-result time stops gating the next campaign.
Optimises prime yield, scrap and cobble risk against reheat and anneal energy — the two levers that decide margin and CO₂ on the same coil.
The product that makes the others worth more: an Omniverse-based simulation of roll-bite mechanics, thermal evolution, flatness and microstructure, tuned to your mill from your own coil history.
Give the twin a chemistry, a width, a target gauge and a grade window and it returns the schedule, roll and TMCP path with the highest predicted prime yield inside your safe envelope — validated against thousands of simulated cases and every coil your mill has actually rolled.
anchor: #twinΔ gauge 0.004 mm mediancuOpt search
Stand stiffness, thermal crown behaviour and lubrication response are fitted from your history, not a textbook.
Yield, tensile and elongation predicted per coil for the grades you actually sell.
Try a schedule change against the twin before you try it against a customer's coil.
Cosmos and Omniverse Replicator generate edge-wave, chatter, cobble precursor and coating-fault scenarios by the million so the models see failures your mill has been careful never to produce.
Three surfaces, each built for one job.
A single screen for the operator and rolling engineer: live coil state, the agent's next proposed move, the twin's prediction and one button to approve, adjust or reject. Designed to be read at a glance from two metres away in a hot mill.
pass 6/7autonomy: assisted-writetwin delta 0.004 mmaudit id 7f31c
Per-coil predicted and measured gauge, flatness, surface and properties, with defect maps positioned along coil length and a full decision trail exportable for any claim investigation.
Prime yield, energy intensity, scrap, cobble rate and roll consumption per line, per shift, per grade — benchmarked across your own sites, and against anonymised industry cohorts on Enterprise tiers.
pass 6/7autonomy: assisted-writetwin delta 0.004 mmaudit id 7f31c
A planning view for your OT and capex conversations.
| Module | Primary signals | Writes to | Headline metric |
|---|---|---|---|
| Roll & Gauge | Gauge, roll force, tension, speed | Level-2 gap / bending / tension | Off-gauge metres per coil |
| Surface & Shape | Line-scan cameras, shape-meter, pyrometers | Bending, shifting, cooling | Surface downgrade rate |
| Schedule & Flow | Order book, chemistry, slab data | Level-2 schedule / setup | Passes per coil, property first-pass yield |
| Temper & Coat | Furnace zones, elongation, coating weight | Line speed, zone setpoints, air knives | Coating over-spend, property misses |
| Roll & Chatter | Vibration, roll force, thermal model | Roll-change plan, speed limits | Cobbles, roll consumption |
| Robot & Handling | Cell vision, coil tracking | Robot cell controllers | Sample-to-result time |
| Yield & Energy | All of the above, plus furnace fuel | Furnace dispatch, schedule | Energy per tonne, prime yield |
Land narrow, expand relentlessly — with each step justified by the last.
Gauge/shape control or surface sensing on the highest-value line, in shadow then assist.
The adjacent loss on the same line — usually chatter and roll health, or coating weight.
Turned on once two modules are in assist, so planning and control share one physics model.
All modules, all lines, one objective function, graduated autonomy line by line.
“We ran Steelira in shadow for eight weeks on the tandem mill. It called eleven of the twelve off-gauge tail events before our AGC reacted. That was the moment the argument ended.”
“Our best roller retires in two years. Steelira is the first system that captured how he sets up a hard automotive grade — and then explained why, with the coil history to back it.”
“Prime yield moved 1.7 points on the galvanizing line and reheat gas fell double digits. Nothing else we bought this decade did both.”
Modules read from and write to the same connector layer, so adding the second is an afternoon, not a project.
One module on one line is the Line plan. Every module on every line is the Plant plan. Multi-site is Enterprise.
per mill or line, per month
Producers validating ROI on the wedge workflow.
per plant, per month
Scaling plants adopting the full perceive-decide-act loop.
typical land $900k–$10M ACV
Steel and metals groups standardizing on Steelira.
We will rank every module against your line's measured losses and tell you which one to buy — including the case for buying none of them yet.