Thin-wall check result on 3D-printed part highlighting design flaw
Sharp-edge check highlighting edges which could warp when 3D-printed
Overall system architecture of the automated 3D-printing service
Renders of the proposed product lineup from b3D
b3D
- Categories: 3D-Printing, University, Business
- Tools used: MATLAB, Raspberry Pi, HTML, JavaScript
- Project date: 2019-2020
- Project Reports:
-Technical Report for STL analysis
-b3D Business Plan
About
In my fourth year of University, I worked in a group to create a start-up with the vision of creating a fully automated 3D printing service. I was responsible for developing a set of tools which could analyse STL (3D model) files to look for known design flaws which can cause 3D printed to fail. I also developed a website where people could submit files to be 3D printed to be stored in a database, and raspberry pi code to pull the parts from the database and send the print commands to a connected 3D-printer.