Turn die casting, forging, metal forming and stamping scrap into a physics problem you can fix
CorteX 1.0 runs a 2‑week Scrap Sprint: it connects your defect data to process parameters, shows which drifts drive scrap, and quantifies the euro impact — before you install any hardware
Root-cause Tracking
See which temperature, pressure, or fill‑velocity changes spike defects – not just how many scrap parts you have.
Quantified Opportunity
Get a quantified scrap‑reduction opportunity (e.g. €40–80K/year on this line) in a 2‑week sprint.
Data-driven decisions
Decide confidently whether to invest in full CorteX Vision (CV layer) based on hard numbers, not hype
CorteX 1.0 is a Physics + Intelligence engine for metal die casting, forging, metal forming and stamping. You send us process logs, scrap counts, and sample images; we run embedding‑based anomaly detection, Transparent AI Inspector on your PLC data, and deliver a 5‑page report showing which parameter drifts drive defects, how much they cost, and which experiments to run next. No cameras to buy, no IT project — just one Scrap Sprint that either pays for itself in months or tells you clearly there’s no big lever to pull.
Connect
Export process logs (temperature, pressure, cycle time, etc.) + scrap counts + sample defect images
Analyze
CorteX finds defect families, correlates them with parameter drift, and computes scrap cost per driver
Reveal
You get a physics‑grounded map of “where scrap comes from” and the euro impact
Decide
Either run a follow‑up experiment or upgrade to CorteX Vision for continuous monitoring and alerts
