Real cases

Industrial AI for iron foundries and automotive machining

A plant that casts gray and ductile iron on vertical molding lines and machines the parts afterwards lives with three worlds that rarely talk to each other: the metal — induction furnaces, ferroalloys, nodularisation treatment and the lab —, high-cadence molding and finishing, and a machining shop that runs far slower than the line feeding it. Between those worlds sit paper forms, spreadsheets, closed panels and emails: information that exists but arrives late.

See the 12 cases, one by one ↓

Plant manager in a face shield reviewing a master schedule for melting, molding, raw castings, machining and delivery on a screen, with the whole flow from induction furnace to loaded truck drawn behind him

The consequences are concrete and expensive. The master schedule is rebuilt by hand every time a new signal lands. Raw casting stock grows because it is the only cushion against the imbalance between stages. And when a metallurgical question comes up about a brake or chassis part, bounding it by heat number becomes a two-week investigation instead of a two-minute query.

This page collects the twelve canonical IRIS cases applied to this sub-sector: the five Connect capture modes, the two ERP integrations with a financial angle, the traceability marker integration, the three Edge in-line vision archetypes and the agentic case that coordinates all of them against the sector's capital pain. Each one with its real problem, its iLEAN flow and its estimated return range.

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Book an AI Discovery for your plant: two days with your team to put a number on the casting-to-machining imbalance and prioritize the three cases with the fastest return." ---

We work on your plant's real data, not ours. Assessment with no commitment.

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