3d printed textile-like structures: materials, textures and challenges

3D printing != traditional weaving technologiesUpon observing the progress of additive technologies, particularly in the fashion industry, one can discern successful examples of their application [1] in creating footwear, accessories (including jewelry), and design elements that are either printed onto existing garments or serve as unique art pieces, cosplay items, or showpieces.However, the development of 3D-printed textiles has been slow and complex.Despite the 3D printing boom in fashion during the 2010s, which involved attempts to create clothing analogs through printed structures, there was a subsequent decline due to an overall negative assessment and disappointment stemming from the impracticality of such garments [2].While technical limitations will be addressed later, it is important to note that new technologies do not necessarily aim to replace their predecessors as many believe.Additive technologies do not compete with weaving technologies nor seek to completely supplant them.Instead, at their current stage of development, they are more suited to complementing existing classical technologies that have undergone refinement over thousands of years-hundreds with the invention of machines-and dozens with digital software systems.The quality refinement process has required countless person-hours and is ongoing.Nevertheless, they are highly specialized and limited in their potential for innovation compared to additive technologies which also represent a very young branch of innovative development only starting out on its path of evolution. TheObjectives and Rationale behind 3D-Printed Quasi-Textiles By examining the limited research and experimentation conducted in attempts to create 3D-printed fabrics [2-4], one may question the objectives pursued through [SLS] selective laser sintering FDM Method sample size: 10 mm x 71 mm sample thickness: 0.08 mm -0.3 mm SLS method sample size: 33 mm x 70 mm sample thickness: 0.2 mm -0.5 mm SLA Method sample size: 10 mm x 71 mm sample thickness: 0.15 mm -0.3 mm

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Published
2024-10-28
DOI
https://doi.org/10.54985/peeref.2410p1277855
Primary Topic
Advanced Materials and Mechanics
Type
article
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article

3d printed textile-like structures: materials, textures and challenges

Viktorija Diak
Advanced Materials and Mechanics
article

3d printed textile-like structures: materials, textures and challenges

Viktorija Diak
article en

Abstract

3D printing != traditional weaving technologiesUpon observing the progress of additive technologies, particularly in the fashion industry, one can discern successful examples of their application [1] in creating footwear, accessories (including jewelry), and design elements that are either printed onto existing garments or serve as unique art pieces, cosplay items, or showpieces.However, the development of 3D-printed textiles has been slow and complex.Despite the 3D printing boom in fashion during the 2010s, which involved attempts to create clothing analogs through printed structures, there was a subsequent decline due to an overall negative assessment and disappointment stemming from the impracticality of such garments [2].While technical limitations will be addressed later, it is important to note that new technologies do not necessarily aim to replace their predecessors as many believe.Additive technologies do not compete with weaving technologies nor seek to completely supplant them.Instead, at their current stage of development, they are more suited to complementing existing classical technologies that have undergone refinement over thousands of years-hundreds with the invention of machines-and dozens with digital software systems.The quality refinement process has required countless person-hours and is ongoing.Nevertheless, they are highly specialized and limited in their potential for innovation compared to additive technologies which also represent a very young branch of innovative development only starting out on its path of evolution. TheObjectives and Rationale behind 3D-Printed Quasi-Textiles By examining the limited research and experimentation conducted in attempts to create 3D-printed fabrics [2-4], one may question the objectives pursued through [SLS] selective laser sintering FDM Method sample size: 10 mm x 71 mm sample thickness: 0.08 mm -0.3 mm SLS method sample size: 33 mm x 70 mm sample thickness: 0.2 mm -0.5 mm SLA Method sample size: 10 mm x 71 mm sample thickness: 0.15 mm -0.3 mm

Vilnius Academy of Arts (LT)
Advanced Materials and Mechanics
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