WI-IN

Implementation of an integrative winding-injection molding production cell for the resource-efficient production of hybrid thermoplastic hollow structures

The WI-IN project focuses on the development of an advanced manufacturing cell designed to produce hybrid thermoplastic hollow structures with high efficiency and minimal resource consumption. This cell combines laser-based thermoplastic tape winding with mobile injection molding technology, which promises a significant reduction in material losses. A core element of the project is the construction of a demonstrator in the field of powertooling applications, which is intended to illustrate the advantages in terms of raw material efficiency, lightweight construction and sustainability. Detailed life cycle analyses will also be used to examine the environmental impact in order to optimize the ecological sustainability of the entire production process. The research project also focuses on evaluating the technological maturity of new production processes and carrying out economic feasibility studies to ensure economic sustainability. The aim is to demonstrate not only the technical feasibility, but also the economic and ecological benefits of the solutions developed, thereby making an important contribution to promoting a circular economy.