Manners&Willis

In an increasingly competitive global market, European manufacturers are turning to innovative solutions to enhance their productivity, agility, and competitiveness. One concept gaining ground is that of virtual-factories, which leverage advanced technologies such as cloud computing, artificial intelligence, robotics, and blockchain to create digital replicas of manufacturing processes. These “digital twins” allow real-time monitoring, optimisation, and the identification of areas for improvement. With support from the EU, research projects like DIMOFAC and FIRST are driving the adoption of virtual-factories across Europe, ushering in a new era for the manufacturing sector.

Manufacturers face numerous challenges, including fierce international competition and stricter environmental regulations. To address these issues, the EU has allocated €1.15 billion for the Factories of the Future initiative. This public-private partnership aims to propel research and innovation in manufacturing, signalling its significance on the European policy agenda.

Digital Intelligent MOdular FACtories (DIMOFAC’s) “Plug and Produce” system is one notable example of how virtual-factories are streamlining manufacturing processes. By connecting real machines with their digital counterparts, manufacturers can simulate new production setups virtually, identifying and resolving potential issues before implementation. This approach reduces reconfiguration times, increases agility, and enhances overall efficiency.

The virtual Factories: Interoperation suppoRting buSiness innovaTion (FIRST) project has explored the potential of virtual-factories to enhance collaboration and streamline production across different locations. By leveraging digital models of production processes, companies can design products in one location while coordinating manufacturing and sales globally. An information-technology network, supported by blockchain technology, connects various partners, including shops, designers, logistics, and manufacturers. This interconnected approach facilitates a more efficient and flexible manufacturing process, resulting in reduced environmental impact.

Virtual-factory technologies offer benefits to both large manufacturers and small and medium-sized enterprises (SMEs). For SMEs, the flexibility of implementing partial solutions allows for targeted improvements without the need for a complete overhaul of existing systems. This approach accommodates resource limitations while still enabling process enhancements that can increase productivity and competitiveness.

Virtual-factory technologies extend beyond production processes, providing opportunities for cost savings and enhanced maintenance. Through the collection of data from machine sensors, manufacturers can leverage predictive maintenance scheduling. This data-driven approach enables efficient management of complex machines, reducing downtime and saving costs. For instance, sensors can collect data that informs decisions about scheduling maintenance engineers’ visits, minimising disruptions to production.

As the Fourth Industrial Revolution unfolds, characterised by automation and connectivity, virtual-factories are set to become increasingly important for European manufacturing. The adoption of digital-twin concepts by prominent manufacturers like Airbus and Schneider Electric underscores the industry’s desire to leverage advanced technologies for their competitive advantage.

The EU’s funding and support for research projects like DIMOFAC and FIRST demonstrate the continent’s determination to navigate the challenges posed by a globalised market and stringent environmental standards. Much like CBDCs, by embracing technological innovations in the virtual sense, European manufacturers can revolutionise their operations, optimising efficiency, and driving growth. With real-time monitoring, data-driven decision-making, and streamlined processes, European manufacturers are well-positioned to thrive in the evolving landscape of international markets.