Interdisciplinary platform for new ideas and developments
At the Techtextil, the Smart Textiles division will be presenting a broad spectrum of its developments, integrated into intelligent textiles and textile-based components. These include, for example, extremely elastic strain and pressure sensors made of dielectric elastomers and intertial sensors that measure accelerations in all degrees of freedom (e.g. for spinal column monitoring) as well as specially coated RFID tags that withstand high stresses and many washing cycles. In addition, new functions will be presented at the stand using printed circuit paths and wireless energy transmission on textiles applied to clothing, for example, as well as component-integrated sensor and functional solutions in textile-reinforced lightweight structures.
The processing of new functional materials will be demonstrated on a variation braider. The high potential of the patterning and binding possibilities of the braider allows new paths to individualized 3D designs, designed according to requirements, by computer-controlled binding techniques. Innovative braided structures are being developed for applications in safety engineering, component reinforcement and medical technology.
The optimized design and monitoring of production processes is becoming increasingly important for the success of a production line, especially with regard to the complexity of material and process parameter selection. For this reason, successful companies invest in the multi-criteria simulation and optimization of their processes in order to minimize the risk of planning failures. With its Process and Product Simulation business unit, the Fraunhofer Technical Textiles Alliance offers solutions tailored to the individual requirements of the textile industry and, among other things, will present a »Machine Learning Simulation« on artificial intelligence (AI) methods at the fair.
At present, 13 Fraunhofer Institutes are bundling their individual competencies to map the textile value chain from textile machinery to fiber production, preform/semi-finished product production, textile functionalization, smart textiles, process and product simulation, sustainability (life cycle assessment and recycling) and fiber composite components. Complex textile topics can thus be dealt with together in a synergetic and efficient way. The Alliance was founded in 2016 in response to the growing need for innovation and research in the textile industry.