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Primena 3D projektovanja suknje u kontekstu efikasnosti i održivosti
Application of 3D skirt design in the context of efficiency and sustainability
Project: This work was supported by the Provincial Government of the Autonomous Province of Vojvodina, Provincial Secretariat for Higher Education and Scientific Research of the Republic of Serbia (Decision on Approval of Funds No 001064141 2024 09418 003 000 000 001 04 003)
Keywords: 3D dizajn; CLO 3D; Modaris; održivost; suknja
Abstract
Uzimajući u obzir brze promene u modnoj i odevnoj industriji, digitalne tehnologije predstavljaju važan alat za poboljšanje efikasnosti i održivosti proizvodnih procesa. Ovaj rad istražuje i analizira primenu 3D softverskih alata u procesu konstrukcije suknje, sa posebnim fokusom na uštedu vremena, smanjenje otpada i mogućnosti vizuelizacije pre izrade prvog probnog uzorka. Koristeći CLO 3D softver, razvijen je digitalni model suknje i upoređen sa konvencionalnim pristupom u Modaris softveru. Analiza obuhvata poređenje trajanja proizvodnje, fleksibilnosti tokom korekcija i izmena, i vizuelnu kontrolu. Sprovedena analiza pokazuje da 3D konstrukcija i vizuelizacija omogućavaju bržu iteraciju dizajna i smanjenje broja sašivenih prvih uzoraka, što doprinosi održivosti kroz racionalniju upotrebu materijala. Može se zaključiti da integracija 3D programa za konstrukciju i vizuelizaciju odevnih predmeta predstavlja značajan korak ka digitalnoj transformaciji modne industrije.
Sažetak
Considering the rapid changes in the fashion and clothing industry, digital technologies represent an important tool for improving the efficiency and sustainability of production processes. This paper explores the application of 3D software tools in the skirt design process, with a particular focus on time savings, waste reduction, and visualization capabilities prior to making the first trial sample. Using CLO 3D software, a digital model of the skirt was developed and compared with the conventional approach in Modaris software. The analysis includes a comparison of the duration of production, flexibility during changes, visual control. The conducted analyse show that the 3D construction and visualzation enables faster design iteration and a reduction in the number of sewn first samples, which contributes to sustainability through a more rational use of materials. It can be concluded that the integration of 3D programs for the construction and visualization of garments represents a significant step towards the digital transformation of the fashion industry.
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