NXTGEN HIGHTECH

Summary

The NXTGEN Hightech Composiet-02 aims to develop a flexible, digitalized manufacturing platform for thermoplastic composites. By integrating robot-based flexible platforms, additive manufacturing, and automation technologies, the project seeks to revolutionize the production of lightweight composite materials, particularly for e-mobility applications. The initiative will establish a highly automated and sustainable ecosystem where various partners contribute specialized knowledge in materials science, manufacturing technologies, and software solutions. This will enable a scalable, modular production approach, reducing material waste and increasing cost efficiency.

A key focus of the project is on sustainability and recyclability, including the development of composite recycling equipment, waste stream reutilization, and thermoplastic welding technologies. The innovations emerging from this project are expected to benefit multiple industries beyond e-mobility, including aerospace, maritime, construction, and renewable energy sectors. By leveraging the Netherlands’ expertise in machine building and composites, the project positions the country as a global hub for digital automation solutions in composite manufacturing

TPAC focuses on research and development of production equipment for 3D continuous fiber printing and recycling of thermoplastic composites, while ensuring integration into automated production lines. We conduct experimental validation of process models, optimize recycling technologies, and contribute to the high-volume and medium-volume pilot production lines.

Project partners

Airborne, NLR, TPRC, TNO BMC, TU Delft, CEAD, CompositesNL, Multi-tech Tholen B.V., KVE, Modified Materials B.V., OGB Engineering B.V., Polytec Composites NL B.V., Pontis, Reuzpolymers B.V., Solico

Duration

The project runs from 2023 to 2030.

Funding

The project is supported by funding from the Dutch Growth Fund (Groeifonds) under the NXTGEN HIGHTECH program.