Textile and Apparel Science

Exploring Joint Methods of 3D Printed Fabrics Used for Wearable Products

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Abstract

The selection of appropriate joint methods is one of the most important design criteria in 3D printed wearable product development, which directly influences the aesthetic and function of 3D printed wearables. This study aimed to explore the effectiveness of sewing, adhesive, and physical joining mechanisms used in the 3D printed wearable product development. Using the research through design methodology, a commercial fused deposition modeling 3D printer was utilized to develop 3D printed fabric samples with different joint methods. The results demonstrate that all three joint methods have immense potential for assembling 3D printed fabrics. Specifically, sewing and adhesive joining mechanisms could be used in 3D printed apparel development and physical joining mechanisms could be more applicable in 3D printed fashion accessories development. The findings provide insights regarding the use of appropriate joint methods for assembly and disassembly when developing 3D printed wearable products, which relate to wearers’ comfort and functionality.

Keywords: 3D Printing, joint methods, 3D printed fabrics, wearables

How to Cite:

Li, Y. & Lee, Y., (2022) “Exploring Joint Methods of 3D Printed Fabrics Used for Wearable Products”, International Textile and Apparel Association Annual Conference Proceedings 79(1). doi: https://doi.org/10.31274/itaa.15845