Impact 2017 Impact 2017 | Page 22

 The process begins with leftover textile “We’ve sourced material from a range of Scottish textile brands including Bute, Calzeat, Begg and Co and the Scottish Leather Group, with our filaments holding many of the attributes that have made these materials recognisable throughout the world.” The research, funded by Textiles Future Forum, is set to enter its next phase. Sam is working with Kathy Vones and Sarah Taylor, jewellery designer and woven textile designer respectively, to use the two filaments to produce items with a view to taking them to a commercial market. There’s also an educational angle to the work. This method of using offcuts that would be disposed of otherwise is a new way of thinking about sustainability and upcycling. Conversations are under way with manufacturers throughout Scotland regarding the new technology with the research already helping encourage what is a very traditional industry to think of ways to innovate and to embrace the digital world.   The textile is extruded to produce a filament Sam adds: “Scottish design isn’t just about hand-woven heather. Our work would add an extra dimension to what people relate to as the traditional Scottish experience. If you could buy a Harris Tweed bangle that had been 3D printed, you would think about tradition, innovation, the changing world and sustainability all at once – it would be amazing. This filament can then be 3D printed Interested in this project? Dr Sam Vettese School of Arts & Creative Industries [email protected] “On the whole, Scottish mills are pretty good at recycling but it’s nearly always a downcycle process; very few have actually used their offcuts to upcycle to a product of higher value. Kathy’s jewellery work and Sarah’s woven textile work could help them, with time, to do that. We’ve already had manufacturers that have expressed an interest in working with our flexible filament and I’m sure that this interest will continue once we have our initial products made.” Get the whole story at www.napier.ac.uk/impact 22