Allia™ Moveo illustrates the transition from an applied research challenge to a medical platform for the global market, thanks to a large-diameter, mobile composite C-arm with no visible cables.
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European Project
Reducing the environmental footprint of composites with bio-based and recycled materials
The European project SUSPENS has developed bio-based resins, recycled fibres and more sober manufacturing processes to design sustainable composites for the automotive, nautical and aeronautics industries.
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R&D Services
Automating the quality control of acoustic panels using artificial intelligence
For Airbus Atlantic, IRT Jules Verne has developed an automated visual inspection solution combining non-destructive testing and artificial intelligence to detect cosmetic defects in air inlet parts.
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France 2030 Project
Developing recyclable wind turbine blades using a closed loop
The industrial challenges of the ZEBRA project Wind energy contributes to the energy transition, but the management of blades at the end of their life remains a major challenge. The ZEBRA project seeks to treat production and end-of-life waste while maintaining the performance expected for large blades. The consortium covers the entire value chain, from […]
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R&D Services
Developing a robotic welding strategy for the nuclear sector
For Framatome, IRT Jules Verne mobilized its robotics and metal processes teams to evaluate the robotic WAAM technology for stainless steel hardfacing, combined with 3D scanning detection.
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France 2030 Project
Making composite processes more reliable thanks to real-time monitoring
The Monocle project is developing an innovative real-time monitoring and decision support solution to secure the infusion processes of large composite parts.
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