MetalMaker3D, a burgeoning startup, is dedicated to revolutionizing the creation of cast aluminum parts through an affordable and automated approach. Overcoming the challenge of accessibility for individuals lacking a foundation in material science or metallurgy, the company strives to simplify casting processes by abstracting complex concepts and integrating a user-friendly solution into manufacturing workflows. This internship initiative focuses on the development of a Cura plugin designed to automatically generate casting elements for 3D models. The primary goal is to facilitate the casting process for users, eliminating the need for specialized knowledge. The plugin takes into account the nuances of metal flow and solidification, ensuring the effectiveness and efficiency of the generated casting elements. Successful development and testing of the plugin have demonstrated promising results, showcasing its ability to proficiently generate casting elements. Upon completion, the plugin will serve as a valuable asset for users utilizing MetalMaker3D’s 3D printers, streamlining the creation of cast aluminum parts. Furthermore, it will be a valuable resource for those interested in delving into the intricacies of metal casting. Beyond its technical aspects, this internship has provided a culturally enriching experience, fostering collaboration with individuals from diverse backgrounds and offering insights into Polish culture.
Casting Element Generation Software Development for aluminum 3D printing
GHAFFARI, SHABNAZ
2023/2024
Abstract
MetalMaker3D, a burgeoning startup, is dedicated to revolutionizing the creation of cast aluminum parts through an affordable and automated approach. Overcoming the challenge of accessibility for individuals lacking a foundation in material science or metallurgy, the company strives to simplify casting processes by abstracting complex concepts and integrating a user-friendly solution into manufacturing workflows. This internship initiative focuses on the development of a Cura plugin designed to automatically generate casting elements for 3D models. The primary goal is to facilitate the casting process for users, eliminating the need for specialized knowledge. The plugin takes into account the nuances of metal flow and solidification, ensuring the effectiveness and efficiency of the generated casting elements. Successful development and testing of the plugin have demonstrated promising results, showcasing its ability to proficiently generate casting elements. Upon completion, the plugin will serve as a valuable asset for users utilizing MetalMaker3D’s 3D printers, streamlining the creation of cast aluminum parts. Furthermore, it will be a valuable resource for those interested in delving into the intricacies of metal casting. Beyond its technical aspects, this internship has provided a culturally enriching experience, fostering collaboration with individuals from diverse backgrounds and offering insights into Polish culture.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/70127