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Digitalni alati za dizajn i proizvodnju delova obuće sa potpeticom
Digital tools for design and manufacturing of footwear parts as heels
aPolytechnic University of Tirana, Sheshi Nene Tereza; Tirana, Albania bKyiv National University of Technologies and Design, Kyiv, Ukraine cPolytechnic Institute of Leiria, School of Technology and Management, Leiria, Portugal dUniversity of Western Macedonia, Department of Product and Systems Design Engineering, Kila Kozani, Greece
email: tspahiu@fim.edu.al, lily-che@ukr.net, henrique.almeida@ipleiria.pt, eshehi@fim.edu.al, pkyratsis@uowm.gr
Project: The authors would like to thank the footwear company "Caterina Firence" located in Berat, Albania, for their support in the realization of these sandal models
Abstract
Digitalni alati se implementiraju u različitim koracima kao što su proizvodnja, merchandising, maloprodaja i korisnička podrška. Njihova implementacija uključuje modnu industriju u kojoj je razvoj proizvoda kao što su odeća, potpetice, nakit i dodaci neophodan u svim fazama proizvodnje. Polazeći od koncepta kreiranja 3D modela, simulacije i direktne digitalne proizvodnje, uključujući složenu geometriju, oslikava prednosti ovih tehnologija u modnoj industriji. Smanjenje vremena, gubitka i prednosti kreiranja, vizuelizacije i evaluacije proizvoda u ranim fazama kreiranja proizvoda poboljšava proces razvoja proizvoda. U ovom radu predstavljamo metodologiju za implementaciju ovih digitalnih alata za projektovanje i proizvodnju delova cipela kao potpetica. Zbog važne uloge koju potpetice igraju u stabilnosti cipela, predstavljen je pokušaj kreiranja oblika potpetice inspiracijom preuzetim iz čvrste geometrije. Da bi se kompletirao dizajn ovih modela, isti oblici se koriste za kreiranje gornjeg dela sandala. Metodologija predstavlja tačnu i praktičnu proizvodnju obuće zasnovanu na prilagođavanju proizvoda. Štaviše, pokazuje održiv način proizvodnje obuće.
Sažetak
Digital tools are implemented in various steps, such as production, merchandising, retailing, and customer service. Their implementation includes the fashion industry where product development such as garments, heels, jewelry, and accessories, is essential within all steps of production. Starting with the concept of creating 3D models, simulating, and direct digital manufacturing, including complex geometry, depicts the advantages of these technologies in the fashion industry. Reducing time, waste, and the advantages of creating, visualizing, and evaluating products at the early stages of product creation improves the process of product development. In this paper we present a methodology to implement these digital tools for design and manufacturing of shoe parts as heels. Due to the important role that heels play in shoe stability, an attempt to create heel shapes by inspirations taken from solid geometries is presented. To complete the whole design of these models the same shapes are used to create the upper part of the sandals. The methodology presents accurate and convenient manufacturing of footwear products based on product customization. Moreover, it shows a sustainable way of manufacturing footwear products.
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