Luigi is passionate about and understands 3D printing for practical and aesthetic purposes. He has extensive experience with 3D printing on many different printers, including an Ender 3 Pro, Ender 3 V2, Ender 6, and his current printers, a Bambu Labs H2D with 1 AMS 2 pro and one AMS, and an X1-Carbon with 1 AMS. Below are some projects he has printed, some of which he also designed. Luigi has experience printing with PLA, PETG, ABS, and ASA.
These are his H2D and X1-Carbon, where he does all of his printing.
At UB, Luigi was exposed to the board game Settlers of Catan. One day, he found the models for a 3D topographic version of Catan that he could print, so of course, he got to work.
He printed:
The base game
5-6 player expansion
Seafarers Expansion
5-6 Seafarers Expansion
Cities and Knights Expansion
5-6 player Cities and Knights Expansion
Luigi modified a piece holder design he found online to hold the base game player pieces more securely and then adapted the piece holder to store the pieces from the Seafarers and Cities and Knights expansions. He then made a custom storage solution for holding the tiles, the harbors, the cards, and the upgrades for the Cities and Knights expansion, which can be found here.
Luigi did almost all of the 3D printing for TPEC in their competition entry for 2024.
This is a deceivingly simple print that Luigi designed to make playing card games more convenient. He made the indents to grab the cards after careful consideration and plenty of measuring of his hands. He also had to think about the strength of the card holder for easy transportation in a backpack.
Luigi printed this filament spooler to buy larger spools of filament at a lower price per kilogram while still being able to use the AMS system on the X1 Carbon, which only accepts 1 kilogram of spools. This filament spooler was designed to be spun with a drill. Still, Luigi took it upon himself to automate this re-spooling process. He developed a mount to add a motor controlled by an Arduino that can precisely and repeatedly re-spool filament at the press of a button. More details of this project are on the Engineering page under the Arduino Lab, as he was able to do this as the final project for that class.