Imagine a factory that works like Lego blocks, where you can quickly swap parts and software to make different products without starting from scratch. It uses a digital twin—a virtual mirror of the plant—to predict problems before they happen. This allows small companies to produce a few high-quality items quickly and cheaply, rather than needing millions of units to be profitable.
Traditional factories are too rigid and expensive to handle small batches or sudden changes in demand. This leads to high operational complexity and wasted energy when trying to produce a variety of products.
A set of modular hardware and software including smart interfaces, AAS controllers, and an Industrial Metaverse interface for real-time simulation and distributed control.
If you are a mould manufacturer dealing with volatile demand for car parts — this project developed modular hardware and software that can reduce part costs by over 15% and speed up product shifting by over 29%.
If you are a PCB assembly plant dealing with complex setup times — this project developed distributed control systems that can increase overall equipment effectiveness (OEE) by over 21%.
If you are an aerospace tool maker dealing with high energy costs and waste — this project developed automation processes that can reduce energy consumption by over 30%.
Based on available project data, the system aims for a part cost reduction of over 15% and an overall ROI of over 41 MEUR for the consortium.
Yes, the project is being validated on actual production lines within three manufacturing companies to ensure it works in real-world industrial settings.
Based on available project data, the project utilizes open source protocols and AAS ready controllers, though specific licensing for the developed software is not detailed.
The project targets a speed increase in product shifting of over 29% and a process ramp-up time improvement of over 20%.
The system is designed as a set of hardware and software components applicable to both new and existing manufacturing lines.
The consortium is heavily industry-driven, with 62% of its 21 partners being industrial players, 13 of which are SMEs. This high ratio of industry to academia (13 companies vs 8 research/university entities) across 10 countries suggests a strong focus on commercial viability and practical application rather than theoretical research.
Contact Fraunhofer Gesellschaft zur Förderung der Angewandten Forschung EV
Contact us to connect with the MODUL4R consortium for pilot implementation.
