Modeliranje objektov s teksturami in 3D tisk

Jerončič, Nace (author), Muck, Deja (mentor)

Namen diplomske naloge je bil izdelati zaščitno ploščo za baskitaro, katere glavni namen bi bil ščititi les pred udarci in praskami, ter doseči tudi bolj unikaten videz. V teoretičnem delu so predstavljene osnove o 3D tisku in kako vse skupaj deluje. Opisan je vpliv 3D tiska na glasbeno industrijo. Podane so dosedanje uporabljene metode površinske obdelave 3D natisnjenih modelov, s katerimi je mogoče izboljšati izdelek. V eksperimentalnem delu diplomske naloge smo se najprej lotili digitalnega 3D modeliranja. Za to smo uporabljali program Blender. Izdelali smo 3D model zaščitne plošče za kitaro in testne modele. Sledil je 3D tisk. Natisnili smo eno kitarsko zaščitno ploščo in 12 testnih modelov. Po samem tisku smo se osredotočili na površinsko obdelavo. Na testnih modelih smo preizkušali metode, ki smo jih predstavili v teoretičnem delu. Iz rezultatov smo skušali ugotoviti, kakšne končne učinke lahko dosežemo in katere metode dodatne obdelave se obnesejo najbolje. Ob tem smo upoštevali predvsem videz, ki ga dosežemo, in adhezivnost različnih površinskih obdelav. Naš način dela je omogočil izboljšanje lastnosti 3D natisnjenih modelov.

• Language: Slovenian
• Keywords: površinska obdelava, 3d tisk, kitarska zaščitna plošča, material pla
• Work type: Bachelor thesis/paper
• Organization: NTF - Faculty of Natural Sciences and Engineering
• Year: 2019
• PID: 20.500.12556/RUL-107500
• Publication date in RUL: 20.04.2019

Secondary language

• Language: English
• Title: Modeling of objects with textures and 3D printing

Abstract

The purpose of the diploma thesis was to create a pickguard for bass guitar that would serve its main purpose – protecting wood from hits and scratches, while an additional goal was to achieve a unique visual look. The theoretical part presents the basics of 3D printing, how it works and its impact on the field of music industry. This part also discusses surface finishing methods that have been used so far and which also improve the 3D printed products. The experimental part of the thesis begins with digital 3D modelling using the Blender modelling program. A 3D model of a guitar pickguard and multiple pilot models were created and afterwards, the pickguard and 12 pilot models were 3D-printed. After the printing process, the focus shifted to surface finishing. Different methods which were presented in the theoretical part were tried on the pilot models. Based on the results, it was determined what final effects can be achieved and which post-treatments yield the best results, with the focus lying on appearance and adhesiveness. The chosen method has improved the quality of 3D-printed models.

• Keywords: surface finishing, 3d printing, guitar pickguard, pla material