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Laser Peri-Dyeing for Agile Textile Design: Implementing Laser Processing Research within the Textile Industry

Morgan, Laura; Matthews, Janette; Shen, Jinsong; Tyrer, John

Authors

Dr Laura Morgan Laura9.Morgan@uwe.ac.uk
Wallscourt Fellow in Design and Material Futures

Janette Matthews

Jinsong Shen

John Tyrer



Abstract

A laser dyeing technique named peri-dyeing, has been developed showing potential for efficient and agile textile surface patterning and coloration. After industrial interest in the technique for manufacturing and customization of textile products, this research aimed to identify and pursue new opportunities to implement and exploit the laser peri-dyeing technique within different textile sectors, focusing on the potential to apply peri-dyeing directly to garments, fashion and upholstery fabrics. This paper details the initial findings relating to industrial exploitation of the laser dyeing technique within four distinct sectors of the textile industry, to identify and pursue opportunities to implement laser peri-dyeing for textile products and their associated supply chains. Through performance testing and design prototyping, this paper reports on the suitability of the technique for nylon /elastane sportswear and swimwear fabrics and narrowband textile components. The laser peri-dyed samples were shown to meet with commercial textile durability and performance standards, enabling digital design innovation and direct-to-garment processing opportunities. The paper discusses opportunities for customization in the manufacture of finished textile goods and the potential for sustainability benefits including reduced resource consumption through efficient use of water, energy and a responsive distribution of goods.

Presentation Conference Type Conference Paper (unpublished)
Start Date Jun 20, 2018
APA6 Citation Morgan, L., Matthews, J., Shen, J., & Tyrer, J. (2018, June). Laser Peri-Dyeing for Agile Textile Design: Implementing Laser Processing Research within the Textile Industry. Paper presented at AUTEX 2018 World Textile Conference: Leading Edge technologies and Trends in Textiles, Swissotel The Bosphorus Istanbul, Turkey
Keywords CO2 Laser, Surface Design, Textile Industry, Sustainable Coloration

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