Martynas Audronis, Nova Fabrica Ltd., Ignalina, Lithuania
Modern thin‑film manufacturing tools still often operate with no diagnostics or with isolated ones such as OES, PEM, or RGA—each valuable but fundamentally limited when used alone. As reactive processes and multi‑gun configurations grow more complex, uptime expectations tighten, and the push toward autonomous operation accelerates, the industry now requires a unified intelligence layer capable of seeing, understanding, and predicting the true process state in real time.
The Inteleg® AI-OES intelligence platform is built as that layer. It integrates PEM, RGA, PGA, EIES, plasma‑diagnostics, and Inteleg® PX‑ready AI/ML into a single real‑time system that converts raw spectral, gas‑phase, and plasma‑state signals into high‑fidelity product‑ or process-state intelligence. Rather than reacting to signal excursions, Inteleg® performs context‑aware interpretation, identifying stable regimes, drift precursors, contamination onset, cross‑gun imbalances, and gas‑ratio instabilities before they translate into yield loss or downtime.
The platform is hardware‑agnostic and already integrated with major OEM tooling. It includes a built‑in spectral Lines Database, advanced analytical functions, multi‑sensor fusion logic, and industrial interfaces engineered for continuous production environments. Deployments across PVD, HIPIMS, PECVD, and multi‑magnetron reactive processes demonstrate accelerated tuning, reduced scrap, predictive‑maintenance capability, and significant increases in process stability and repeatability.
Where existing solutions provide single‑sensor monitoring, Inteleg® delivers an extensible process‑intelligence architecture ready for closed‑loop control and future autonomous manufacturing. By unifying plasma, vacuum, and gas‑phase diagnostics within a scalable AI engine, Inteleg® defines a new category for the industry: the real‑time intelligence platform for factory‑ready thin‑film production.