This paper aims to explore projects in sustainable fashion that use laser technology to process pre-consumer textile waste for waste minimization design. First, the background and significance of the study are introduced, the purpose and concept of the paper are stated, and the methods used in the study are described. The literature review section covers knowledge about sustainable fashion and laser technology. In the sustainable fashion section, aspects such as definition and scope, current status of development, and practices and applications for reducing pre- and post-consumer waste are discussed. In the laser technology section, the definition, principle, classification and characteristics of laser technology are introduced, and the advantages of laser technology in sustainable fashion are discussed. Next, the paper discusses the sustainable application of laser technology in the fashion field, including laser cutting, laser engraving, laser ablation, laser welding and laser dyeing. The social, environmental, cultural and economic impacts of laser technology are also analyzed, and the development opportunities and challenges of laser technology in sustainable fashion are discussed. Due to the limited scope, the paper also examines the sustainability of pre-consumer fashion waste and cotton and polyester fibres. Includes material selection motivations, sustainability of cotton and polyester fiber waste, and the application of laser technology on cotton and polyester fibers. After the theoretical description, through laser experiments, an alternative connection system for the application of laser technology was practiced, including interlocking structures and alternative connections of components, as well as related content about laser technology changing the shape of textiles. Finally, through the analysis of the experimental results, we selected Highly adaptable materials and a more durable structure. The final paper presents the design process for a zero-waste seamless clothing collection that deals with pre-consumer textile waste. The motivation for the project, design concept, design process and source and application of materials are introduced. In addition, a platform called "RenewalBeam" for processing pre-consumer textile waste was created and its sustainability, potential and prospects were discussed. The significance and value of the research results are summarized, the sustainable fashion system is understood, and the future development direction and trends are prospected.
Questo articolo mira a esplorare progetti in modo sostenibile che utilizzano la tecnologia laser per trattare i rifiuti tessili pre-consumo per una progettazione di minimizzazione dei rifiuti. Innanzitutto vengono introdotti il contesto e il significato dello studio, vengono dichiarati lo scopo e il concetto del documento e vengono descritti i metodi utilizzati nello studio. La sezione di revisione della letteratura copre la conoscenza della moda sostenibile e della tecnologia laser. Nella sezione sulla moda sostenibile vengono discussi aspetti come la definizione e la portata, lo stato attuale dello sviluppo, nonché le pratiche e le applicazioni per ridurre i rifiuti pre e post-consumo. Nella sezione sulla tecnologia laser vengono introdotti la definizione, il principio, la classificazione e le caratteristiche della tecnologia laser e vengono discussi i vantaggi della tecnologia laser in modo sostenibile. Successivamente, l’articolo discute l’applicazione sostenibile della tecnologia laser nel campo della moda, compresi il taglio laser, l’incisione laser, l’ablazione laser, la saldatura laser e la tintura laser. Vengono inoltre analizzati gli impatti sociali, ambientali, culturali ed economici della tecnologia laser e vengono discusse le opportunità di sviluppo e le sfide della tecnologia laser in modo sostenibile. A causa della portata limitata, il documento esamina anche la sostenibilità degli scarti di moda pre-consumo e delle fibre di cotone e poliestere. Include motivazioni sulla selezione dei materiali, sostenibilità degli scarti di cotone e fibre di poliestere e applicazione della tecnologia laser su fibre di cotone e poliestere. Dopo la descrizione teorica, attraverso esperimenti laser, è stato messo in pratica un sistema di connessione alternativo per l'applicazione della tecnologia laser, comprese strutture di incastro e connessioni alternative di componenti, nonché contenuti correlati sulla tecnologia laser che cambia la forma dei tessuti. Infine, attraverso l'analisi dei risultati sperimentali, abbiamo selezionato materiali altamente adattabili e una struttura più durevole. Il documento finale presenta il processo di progettazione per una collezione di abbigliamento senza cuciture a spreco zero che tratta i rifiuti tessili pre-consumo. Vengono introdotte la motivazione del progetto, l'idea di design, il processo di progettazione, la fonte e l'applicazione dei materiali. Inoltre, è stata creata una piattaforma denominata "RenewalBeam" per il trattamento dei rifiuti tessili pre-consumo e ne sono state discusse la sostenibilità, il potenziale e le prospettive. Vengono riassunti il significato e il valore dei risultati della ricerca, viene compreso il sistema della moda sostenibile e vengono prospettate la direzione e le tendenze dello sviluppo futuro.
sustainable fashion project on waste minimization design using pre-costumer textile waste processed with laser technology
GAO, XUAN
2022/2023
Abstract
This paper aims to explore projects in sustainable fashion that use laser technology to process pre-consumer textile waste for waste minimization design. First, the background and significance of the study are introduced, the purpose and concept of the paper are stated, and the methods used in the study are described. The literature review section covers knowledge about sustainable fashion and laser technology. In the sustainable fashion section, aspects such as definition and scope, current status of development, and practices and applications for reducing pre- and post-consumer waste are discussed. In the laser technology section, the definition, principle, classification and characteristics of laser technology are introduced, and the advantages of laser technology in sustainable fashion are discussed. Next, the paper discusses the sustainable application of laser technology in the fashion field, including laser cutting, laser engraving, laser ablation, laser welding and laser dyeing. The social, environmental, cultural and economic impacts of laser technology are also analyzed, and the development opportunities and challenges of laser technology in sustainable fashion are discussed. Due to the limited scope, the paper also examines the sustainability of pre-consumer fashion waste and cotton and polyester fibres. Includes material selection motivations, sustainability of cotton and polyester fiber waste, and the application of laser technology on cotton and polyester fibers. After the theoretical description, through laser experiments, an alternative connection system for the application of laser technology was practiced, including interlocking structures and alternative connections of components, as well as related content about laser technology changing the shape of textiles. Finally, through the analysis of the experimental results, we selected Highly adaptable materials and a more durable structure. The final paper presents the design process for a zero-waste seamless clothing collection that deals with pre-consumer textile waste. The motivation for the project, design concept, design process and source and application of materials are introduced. In addition, a platform called "RenewalBeam" for processing pre-consumer textile waste was created and its sustainability, potential and prospects were discussed. The significance and value of the research results are summarized, the sustainable fashion system is understood, and the future development direction and trends are prospected.| File | Dimensione | Formato | |
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https://hdl.handle.net/10589/214197