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Printed electronic functions on fabrics

Explore cutting-edge research on printable functional materials integrated onto fabrics for smart textiles. Discover applications in energy harvesting, interactive textiles, and more. Learn about the benefits and potential of printed electronics and sensors on textiles.

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Printed electronic functions on fabrics

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  1. Printed electronic functions on fabrics K Yang, R Torah, J Tudor, Y Wei, Y Li, S Beeby Dr Kai YangElectronics and Computer ScienceUniversity of SouthamptonTextile Thinking for Sustainable Materials Networking2nd -3rd May, Loughborough University

  2. Introduction Smart Fabric Research Effort: • 1 Professor • 3 Senior Research Staff • 8 PhD students Developing printable functional materials on fabric Research projects on smart fabrics: • Energy Harvesting Materials for Smart Fabrics and Interactive Textiles (EPSRC,£1.25M) • Microflex(EU Integrated Project, €8M) • Medifab (Wessex Medical Research, £20k) • Bravehealth (EU Integrated Project, €10M) • Intelligent prosthetics (UK MOD, £100k)

  3. Why printed electronics and sensors? • Versatility of design • Flexible, conformable and comfortable • Short development time • Low cost • Suitability for small/medium series and mass production • Compatibility with a wide range of textiles

  4. What do we print? • Wide range of materials: • Flexible interface • Dielectric, conductive, resistive • Piezoelectric & piezoresistive sensors • Sacrificial and structural films for mechanical structures Figure 1: All ink jet printed capacitor Figure 2: Screen printed heater on fabric Figure 3: Screen printed cantilever on fabric

  5. FLEX µ Further information ECS www.ecs.soton.ac.uk Microflexwww.microflex.ecs.soton.ac.uk Smart Fabric Inks Ltd www.fabinks.com Printed smart fabrics LinkedIn group http://www.linkedin.com/groups?gid=4295957&trk=hb_side_g

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