Flex4Res, RaRe² and R3GROUP join forces to drive innovation in reconfigurable manufacturing
In response to urgent challenges facing Europe’s manufacturing sector, the three research projects Flex4Res, RaRe² and R3GROUP have joined forces. The projects’ goal is increasing the speed at which production process chains can be reconfigured. All three foster the flexibility in the European manufacturing industry, which is needed to address complex supply chain disruptions and varying customer demands. They are funded under the same call of the European Union’s Horizon Europe research and innovation programme.
“We believe that by working together rather than on our own, we can strengthen the European manufacturing sector’s ability to adapt and respond effectively to the challenges it is facing” says Dr Kosmas Alexopoulos, project coordinator of Flex4Res.
The collaboration officially kicked off on 5 November 2024 in a virtual workshop with 55 representatives from the three projects. Representatives presented their objectives and strategies to boost supply chain resilience across Europe. In breakout sessions, participants examined specific use cases in detail and identified synergies across the projects. Together, they concluded that while each project approaches the challenge of rapidly reconfigurable production differently, their combined efforts offer an opportunity to innovate from multiple angles.
This collaboration will continue with regular exchanges of insights and ideas with the shared objective of building a resilient, adaptive manufacturing sector that can respond swiftly to disruptions, empowering European industries to stay competitive on the global stage.

About the projects:
Flex4Res aims to enhance the adaptability and flexibility of production processes, focusing on resource optimisation and efficient production transitions.
RaRe² is dedicated to exploring advanced reconfigurable manufacturing methods that support diverse production requirements while reducing downtime.
R3GROUP brings a focus on dynamic process chain reconfiguration to address the increasingly complex demands of modern manufacturing.

