3D modeliranje in izdelava štampiljke na pokrovčku steklenice

Urbas, Miha (author), Muck, Deja (mentor)

Namen diplomskega dela je bil izdelati 3D-tiskan pokrovček za steklenice, ki se lahko uporablja tudi kot štampiljka. V teoretičnem delu so na kratko opisani in predstavljeni klasični postopki za izdelavo štampiljk, v nadaljevanju pa je podan pregled podobnih aplikacij, ki so bile že izdelane z uporabo 3D-tehnologij. Sledi kratek opis tehnologij 3D-tiska z večjim poudarkom na tistih, ki se lahko uporabijo za tovrstne aplikacije. Poleg tehnologij so predstavljeni tudi materiali za 3D-tisk, s katerim se lahko izdelujejo štampiljke. V praktičnem delu je opisan in prikazan postopek modeliranja štampiljke, 3D-tisk in analiza funkcionalnosti končnega predmeta. V fazi modeliranja so se določile mere in končna oblika izdelka, v dizajn so premišljeno vključeni izbočeni tiskovni elementi, ki omogočajo izdelavo odtisov in analizo tiskovne kakovosti. Na koncu so podani rezultati vizualne in slikovne analize tako štampiljke kot odtisov. V zaključku so na osnovi rezultatov podane smernice za uporabo ustreznih materialov in tehnologij 3D-tiska za izdelavo štampiljke.

• Language: Slovenian
• Keywords: 3D-tisk, štampiljka, 3D-modeliranje, tiskovni elementi
• Work type: Bachelor thesis/paper
• Organization: NTF - Faculty of Natural Sciences and Engineering
• Year: 2024
• PID: 20.500.12556/RUL-155855
• Publication date in RUL: 23.04.2024

Secondary language

• Language: English
• Title: 3D modeling and creation of bottle cap stamp

Abstract

The aim of the thesis is to make a 3D printed bottle cap, which can also be used as a stamp. In the theoretical part, classic procedures for making stamps are briefly described and presented, followed by an overview of similar applications that were made using 3D printing technology. The following is a brief description of 3D printing technologies, with a greater emphasis on those that can be used for such applications. In addition to technologies, materials for 3D printing, which can be used to make stamps, are also presented. In the practical part, the process of modeling the stamp, 3D printing and analysis of the functionality of the final product is described and shown. In the modeling phase, the dimensions and the final shape of the product were determined, convex printing elements were thoughtfully included in the design, which enable the production of prints and the analysis of print quality. At the end, the results of the visual and image analysis of both the stamp itself and the prints are given. In the conclusion, based on the results, guidelines are given for the use of appropriate materials and 3D printing technologies for the production of a stamp.

• Keywords: 3D printing, stamp, 3D modeling, printing elements