All Outputs (27)

Innovative laser technology for textile coloration and patterning (2024)
Exhibition / Performance

Innovative laser technology has been explored for textile coloration and patterning. This laser-assisted dyeing technique allows intricate targeted surface design of textile fabrics. In this technique, the dye diffusion and reaction takes place at th... Read More about Innovative laser technology for textile coloration and patterning.

Biotextiles and sustainable textiles (2024)
Journal Article

The environmental implications of textile practice are a critical consideration for contemporary design and research. As an industry where toxicity, pollution, waste, and resource depletion are devastating problems, alongside exploitative use of reso... Read More about Biotextiles and sustainable textiles.

From logwood to lasers: Bio-digital textile dyeing and design (2024)
Presentation / Conference Contribution

The textile industry is a global giant whose environmental consequences are severe. Textile processing accounts for 51% of a textile's overall carbon footprint (WRAP, 2022) and is estimated to contribute up to 20% of global industrial water pollution... Read More about From logwood to lasers: Bio-digital textile dyeing and design.

Kind Materials Research (2024)
Exhibition / Performance

Kind Materials Research explores sustainable alternatives to conventional dyeing and finishing by innovatively integrating bio-dyeing with laser technology. Linen textiles are transformed by combining these processes, reimagining traditional textile... Read More about Kind Materials Research.

Creative exploitation of laser processing: A new toolbox for textile design (2021)
Presentation / Conference Contribution

In this talk, Laura will discuss her design-led research on innovative digitally-driven surface treatments for colouration, 3D finishing and surface design of materials. She has developed multiple new opportunities to harness infrared laser irradiati... Read More about Creative exploitation of laser processing: A new toolbox for textile design.

The light fantastic: Laser technology for textile surface coloration and patterning (2021)
Exhibition / Performance

The consumption of water and energy used in current dyeing and finishing processes in the textile industry poses significant environmental concern. By offering alternative solutions to traditional textile wet processing through dry laser technology,... Read More about The light fantastic: Laser technology for textile surface coloration and patterning.

Laser textile design and finishing (2021)
Book Chapter

This entry discusses the state of the art in laser processing techniques for textiles beyond laser-cutting applications. It maps the use of laser technology for textile design with a focus on research that developed innovative digitally-driven surfac... Read More about Laser textile design and finishing.

Boro Repair Society x Kind Materials Research Exhibition (2021)
Exhibition / Performance

What you wear ensures your survival, protects your modesty, reflects your character and identifies you with your tribe. Textiles are essential to humankind for these purposes; but we also need our textiles to support an environmentally regenerative a... Read More about Boro Repair Society x Kind Materials Research Exhibition.

Laser textile design: Designing digital processes for sustainability in the textile industry (2021)
Presentation / Conference Contribution

Kind materials: Bio-digital textile design (2021)
Presentation / Conference Contribution

There are systemic problems with the way we design and use objects that contribute to a linear model of growth in the global economy. Resource use and consequent waste in textile manufacturing, distribution and end-use poses significant socio-environ... Read More about Kind materials: Bio-digital textile design.

CFPR Showcase (2020)
Exhibition / Performance

Our shift towards the digital has provided us a new challenge: how can we offer an alternative experience that surpasses a physical visit to an exhibition? This showcase is a first response to this question. It includes a range of images, a video, an... Read More about CFPR Showcase.

Innovative technologies for sustainable textile coloration, patterning, and surface effects (2020)
Book Chapter

The environmental impact of textile dyeing and finishing is of paramount concern in the textile industry. Enzyme and laser processing technologies present attractive alternatives to conventional textile coloration and surface patterning methods. Both... Read More about Innovative technologies for sustainable textile coloration, patterning, and surface effects.

A Spotlight on: Textile-Led Sustainable Innovation of Surface Coloration and Patterning for Sportswear (2019)
Book Chapter

Intersections Exhibition 2019: Collaborations in Textile Design Research (2019)
Exhibition / Performance

Intersections celebrates the breadth of creative collaborations in textile design research.
Centred around the four themes of textiles and architecture, textiles and interactions, textile materialities and processes, as well as critical textiles, th... Read More about Intersections Exhibition 2019: Collaborations in Textile Design Research.

Laser Shibori: A digital moulding technique supporting circular textile design in three dimensions (2018)
Journal Article

This paper considers the potential for digital laser technology to facilitate sustainable innovation in the field of textile design and manufacture, enabling transition towards a circular economy. Using recent design research as a case study, it disc... Read More about Laser Shibori: A digital moulding technique supporting circular textile design in three dimensions.

From Responsive Design to Sustainable Systems: Digital Laser Processing across the Textile Production Cycle (2018)
Presentation / Conference Contribution

Addressing environmental concerns in the textile industry has led to a growing field of research into material and process innovation. Digital technologies can facilitate on-demand manufacture and improve textile processes, resulting in waste reducti... Read More about From Responsive Design to Sustainable Systems: Digital Laser Processing across the Textile Production Cycle.

Intersections: Collaborations in Textile Design Research (2018)
Journal Article

INTERSECTIONS // Collaborations in Textile Design Research was held at Loughborough University London on 13 September 2017. The international conference and accompanying exhibition sought to explore the role of collaboration in textile design researc... Read More about Intersections: Collaborations in Textile Design Research.

Laser Peri-Dyeing for Agile Textile Design: Implementing Laser Processing Research within the Textile Industry (2018)
Presentation / Conference Contribution

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, th... Read More about Laser Peri-Dyeing for Agile Textile Design: Implementing Laser Processing Research within the Textile Industry.

Innovative Technologies for Sustainable Textile Coloration and Surface Design (2018)
Presentation / Conference Contribution

The environmental impact of textile dyeing and finishing is of paramount concern in the textile industry. Research into two emerging textile processing technologies, laser processing and enzyme biotechnology, were investigated as a means of applying... Read More about Innovative Technologies for Sustainable Textile Coloration and Surface Design.

Interdisciplinary textile design research for material innovation: Synthesising design, science and industry collaboration (2017)
Presentation / Conference Contribution

Within the landscape of contemporary textile design research lies a rich site for collaboration, with the opportunity to draw on specialist knowledge across disciplines. This paper argues that Integrating textile design practice with specialist scien... Read More about Interdisciplinary textile design research for material innovation: Synthesising design, science and industry collaboration.