Fabric technology

An MIT team has laid out a detailed vision for how the rapidly growing field of advanced fibers and fabrics could transform many aspects of our lives. For example, smart clothing might continuously monitor temperature, heart rate, and other vital signs, then analyze the data and give warnings of potential health conditions.

Located adjacent to the Massachusetts Institute of Technology, AFFOA is a one-stop shop of sorts — a laboratory, brain trust, weaving, knitting, prototype development from fiber to end product are among the 45-person group’s capabilities.

Pringle of Scotland has incorporated laser-sintered nylon fabric into garments in its Autumn Winter 2014 collection, shown at London Fashion Week.

With the emergence of more fashion events in Toronto, the city is growing to become Canada’s fashion capital. From October 16 – 20, Startup Fashion Week (SFW) will be having its 4th annual event in Toronto. With an emphasis on celebrating emerging designers in the fashion and tech industry, SFW stands out as a new […]

Workshop on Interactive Textiles, Copenhagen 2006 The main issue of the workshop is to look at experience with and learn from situations of communication through what we wear and bring that to a higher or different level through the combination of computer technology and the materiality of fabric. The achievement is to develop systems of […]

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Located in centre of Israel, the aptly named ‘House In Rishpon’ was designed by Tel Aviv-based Studio de Lange to provide a home for a...

Jacquard patterned air-mesh spacer warp-knitted fabrics are made from RDJ5/1 double needle bar warp knitting machines, which are produced by Changzhou A-ZEN textile technology company. The air-mesh fabrics are widely used as seat covers, shoe uppers, bed mattresses, and automotive inner fabrics.

Buy Smart Textiles for Designers: Inventing the Future of Fabric 2 by Pailes-Friedman, Rebecca (ISBN: 9781780677323) from Amazon's Book Store. Everyday low prices and free delivery on eligible orders.

patronace 's GRDXKN is a newly invented textile printing technology integrating a mechanical material performance into the soft textile itself.