Innovative Design and Practice of 3D Bionic Digital Clothing Driven by AIGC

Abstract

Driven by the digital economy and the "dual carbon" goal, virtual clothing has become an important direction for the green transformation of the fashion industry. Traditional bionic clothing design mostly stays in the physical fabric form imitation, while AIGC applications are limited to surface element generation, resulting in a lack of ecological logic and in-depth bionic integration in digital clothing. Taking butterflies, Venus flytraps, and orchid mantises as natural image carriers, this study constructs a complete design system of AIGC-driven 3D bionic digital clothing, explores the ecological closed loop of "creation–circulation–evolution", and realizes the upgrade from morphological bionics to ecological logical bionics. Through technical practices such as AIGC creative generation, digital fabric customization, Blender parametric modeling, and Style3D virtual display, the design and implementation of bionic digital clothing are completed, forming a reproducible technical path and design method. Research shows that this model can improve design efficiency, strengthen ecological connotation, and expand industrial value, providing practical references for green innovation and industrial development of digital fashion.