Fashion Technology at FabTextiles Lab

Anastasia Pistofidou www.fabtextiles.org www.textile-academy.org info@fabtextiles.org fabtextiles fabtextileslab

Digitally enhanced modes of fashion production and consumption 24/11/2019

Local manufacturing // Customization // On demand Production

Adidas KNIT FOR YOU Pop up store Germany 2017

Robots in production // Automation // Flexible manufacturing

3D scanning // Digital Simulation // Digital Tailor

Digital Tailor 3D body scanning

IOT for Retail // Services

Intelistyle: Fashion Stylist

Material innovation // Crafted Materials // Lab Grown Materials Adidas FutureCraft Biofabric made of BiosteelÂŽ Fiber 100% biodegradable Vegan Produced with renewable resources

New Aesthetics // Functions // Design Possibilities

Iris Van-Herpen

New Aesthetics // Functions // Connectivity // Augmentation

Cute Circuit

MIMU gloves

Kristi Kuusk

¨The future is here, it's just not widely distributed yet.¨

William Gibson (1948)

Canadian science fiction author introduced the term ¨cyberspace¨

FAB LAB NETWORK

How to make (almost) anything

Fablabs.io is the online platform that gathers all the labs

12000 users 1800 labs

Fab Textiles Lab Research lab on future wearable technologies, biomaterials and digital fabrication founded in 2013 Launched the Fabricademy, Textile and Technology Academy with the collaboration of the Fab Lab Network in 2016

Photo credit : Silvia Rocchino

IAAC Fab Lab Barcelona Small, Independant & Global

Digital Fabrication

Wearable Technology

Biomaterials

Parametric Design

1905: Yarn spinning in the U.S. (Lewis W. Hine/George Eastman House/Getty Images)

2013: Yarn spinning in Indonesia (David Gilkey/NPR)

Source: Planet Money Makes A T-Shirt

Distributed Manufacturing - one file a million products

Taska Open Source Bag Ingi Freyr Guรฐjรณnsson

https://oscircularfashion.com

info@textile-academy.org

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textile-academy.org

Crafts meets digital

Nicolas Olmos

Anastasia PistoďŹ dou Nicolas Olmos FabTextiles 2018

Computing material performance

Design Systems Not Products

Parametric modeling - Rhinoceros , Grasshopper, Computational fashion, Fabtextiles in collaboration with Rodrigo Aguirre

3D PRINTING ON FABRICS, AS FABRICS, FOR FABRICS

PLA 3d print

Source: Fabtextiles.org

Chainmail structures Perform like fabric

Mesostructuresflexures Auxetic structures

3D Print on fabrics

3D Printed Shoes- Ana Correa, Fabricademy Barcelona 2018-19

FirstV1sion Hardware development Integration design selected @ Inter Make it Wearable Competition

Fiber Dress , Iaac , Stigmergic Fibers ,2013

Bati[k]uka Extruder

Hack a machine to ďŹ t your purpose!

Experimental tool for numerically controlled Batik - wax printing on fabrics Fabricademy BCN 2017

Textile Bacteria Dyeing

Symbiosis between nature & human Working with living organisms

Bacterial Cellulose SCOBY

GROWN TEXTILES

Bacteria Cellulose Research, Fabtextiles, 2019, Photo credits : Anastasia Pistofidou

Suzanne Lee- Biocouture

Bacteria Cellulose Research, Fabtextiles, 2019, Photo credits : Clara Davis

Bacteria Cellulose Research, Fabtextiles, 2019, Photo credits : Anastasia Pistofidou

Kombucha Hat, Betiana Pavon, Fabricademy 2018

Laser cut Kombucha Bag, Catherine Euale, Fabricademy 2018

CRAFTED BIOTEXTILES

BioBags Clara Davis FabTextiles 2018

Biofilter Top FabTextiles Team 2019

A biodegradable garment with activated charcoal that filters the air pollution

Fading Dress Greta Dalessandro Fabricademy 2019

Coffee Bag Aurore Bourguignon FabTextiles 2019

COFFEE LEATHER

Ingredients -

2g Alginate 2g orange or coffee powder 2g olive oil 33g water 5g glycerin Spray bottle with 7g dofe CaCl2 Dissolved in 100ml of water

Steps -

Mix all the ingredients Cast in Let sit for 5´minutes Spray with the CaCl2 solution from above and underneath Leave for 5´ Rinse with water.

Let dry horizontally

Bioplรกstics Open Publications, Fabtextiles, Fab Lab Barcelona, 2017,2018,2019

ATLAS OF BIOMATERIALS

A JOURNEY AT THE INTERSECTION OF TEXTILES, DIGITAL FABRICATION AND BIOLOGY

LOCAL & GLOBAL