Abstract:Laser is being used in apparel industry from nineteenth century for various garment manufacturing applications. There are several advantages of using laser over the conventional processes in cutting, engraving, embossing, denim fading and other applications. In addition, product damage potential is reduced, no/less consumables are needed and no problem of toxic by-product disposal as found in some processes. Today's laser equipment is a result of continuous research and development of earlier products, which h… Show more
“…Laser beams are widely used to cut various materials from metal to fabric; garment decoration using laser etching and engraving have grown in popularity to produce faded effects including surface textures and patterns. The applications of lasers in apparel manufacturing are diverse and include: fabric fault detection, fabric cutting, objective evaluation of seam pucker, accurate body measurements, laser fabric fading, engraving, laser welding of fabrics, bar code scanning and laser marking (Nayak and Padhye, 2016). Jeanologia launched a laser fading technique for denim garments that has replaced conventional methods of whiskering, sand blasting and other artisan techniques for creation of denim wear effects (Garcia, 2015).…”
Use of a carbon dioxide laser for environmentally beneficial generation of distressed/faded effects on indigo dyed denim fabric: Evaluation of colour change, fibre morphology, degradation and textile properties. Optics and Laser Technology, 111. pp. 701-713.
“…Laser beams are widely used to cut various materials from metal to fabric; garment decoration using laser etching and engraving have grown in popularity to produce faded effects including surface textures and patterns. The applications of lasers in apparel manufacturing are diverse and include: fabric fault detection, fabric cutting, objective evaluation of seam pucker, accurate body measurements, laser fabric fading, engraving, laser welding of fabrics, bar code scanning and laser marking (Nayak and Padhye, 2016). Jeanologia launched a laser fading technique for denim garments that has replaced conventional methods of whiskering, sand blasting and other artisan techniques for creation of denim wear effects (Garcia, 2015).…”
Use of a carbon dioxide laser for environmentally beneficial generation of distressed/faded effects on indigo dyed denim fabric: Evaluation of colour change, fibre morphology, degradation and textile properties. Optics and Laser Technology, 111. pp. 701-713.
“…Moreover, laser engraving is useful in fabrics' burning and colour fading to generate embroidered designs in the cloth. Lasers are preferred for low-cost sealed CO 2 and laser engraving [60]. There is a possibility of pre-programming the laser with designs that may exactly replicate the anticipated look obtained through manual sandblasting and sanding with considerably minimal labour and physical hazards.…”
Denim washing is increasingly joining the list of indispensable processes of meeting the demands of the world’s shifting fashion industry. Other than this, there is a rising trend in the sustainability perception among both producers and customers in the modern world. However, denim washing is considered to have direct impacts on the environment because of its chemical discharge and many other pollutants emitted during the process which affect water supplies. In the process, the denim industry encounters challenges at every level. Therefore, there is need for studying sustainable problems associated with denim washing. The unseen soul of the denim industry is technology, as nothing can be transformed without technological advancement. Sustainability problems of conventional washing have been addressed in this paper (i.e. pp spray washing, bleaching washing, stone washing, sand blasting etc.). Furthermore, the paper describes how sustainability can be achieved through the most recent washing techniques, such as laser, waterjet, nanobubble, ozone, NoStone, potassium permanganate alternatives etc. The introduction of new technologies has triggered a dramatic shift in the denim washing industry in terms of water usage, electricity and chemicals as well as improved quality. Consequently, it is undoubtful that the recent technologies in denim washing are crucial in making the industry sustainable. Moreover, the paper describes the idea of digitally printed denim and the available software for measuring sustainability in the process of denim washing.
“…The standard size measurement methods were used for garment production which lead to unsatisfied consumers in terms of size and fit. This approach cuts down the window of sustainability [42]. However, unstitched apparel product can be personalised according to specific consumers and cloth wastage can be reduced.…”
Section: Unstitched Apparel: a Sustainable Productmentioning
The study aims to explore the 3D Body scanning mobile application Nettelo to determine mechanism, precision and level of acceptance of application for mass-customisation of garments. The mix-methods (Quantitative and Qualitative both) approach has been conducted to determine the responses of Pakistani consumers. Participants' responses have been analysed with try-on bespoke garments constructed by digital measurements extracted from 3D body scanning mobile application. Bespoke garments are well established and commonly utilised by consumers of Pakistan [1]-[3]. Additionally, Pakistani fashion brands are famous for selling and designing unstitched apparel products which are economical and sustainable, to be used as a personalised tailored garment [1]-[3]. However, traditional body measurement technique has been used to construct garments, which is a major obstacle to establish globalise mass-customised garments business using e-commerce fashion platforms. To extract digital human measurements for garments customisation, high and low-tech 3D body scanning mobile applications are available to both IOS and Android users [4]. In addition, these web 3.0 technologies virtual size and fit tools and 3D body scanning technology have the potential to enhance the fashion e-commerce environment for online bespoke apparel shopping. The reliability of 3D body scanning technologies has been evidenced in various studies [5]-[8]. The unstitched apparel product is famous in South-Asian countries, especially Pakistan has one of the biggest unstitched apparel industries with diversity in style, designs, and price range [9]. The growth of 3D body scanning technology and virtual size and fit to enhance the consumer satisfaction level with sustainability in terms of bespoke garment construction is the most promising e-commerce fashion business model under development presently [10], [11]. 3D body scanning mobile applications have the potential to initiate globalise mass-customisation in fashion e-commerce Industry.
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