The contribution of 3d modeling to digital transformation and sustainability in the fashion industry
DOI:
https://doi.org/10.14488/1676-1901.v26i2.5789Keywords:
Three-dimensional (3D), Digital transformation, Circular EconomyAbstract
Digitalization has significantly impacted the development of fashion products, promoting greater efficiency in creative and production processes while reducing environmental impacts. Among these technologies, three-dimensional (3D) modelling stands out as a strategic tool, as it enables virtual prototyping, fit testing, and adjustments without the need for multiple physical samples. This approach contributes to reducing the consumption of materials, energy, and production time, aligning the sector with the principles of the Circular Economy. Despite this potential, the adoption of 3D modelling still faces challenges related to acquisition costs, the need for advanced hardware, and technical training requirements, which are particularly critical for small companies and independent designers. In this context, this study aimed to evaluate how 3D modelling technologies support digital transformation and sustainability in the fashion industry by comparing two widely used software packages: CLO3D and Z-Weave. The study followed a Design Science Research (DSR) approach, in which analysis criteria related to usability, learning curve, functional differences, operational fluidity, and modelling development stages were defined. The results indicate that CLO3D outperforms Z-Weave in five criteria, while Z-Weave shows superior performance in three. These findings demonstrate that the selection of 3D modelling software depends on user priorities and the specific production context, providing technical support for decision-making regarding the adoption of digital solutions aligned with sustainability goals in the fashion sector.
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