I decided to make my own version of Sigil, and am publishing it with the permission of the game's creator. It has a Kickstarter currently in fulfillment, but no other way to get a physical copy of the game I believe.
If you want to learn to play Sigil, they have a great free online version at https://sigilbattle.com/ or you can learn more about it on BGG.
As for the printing project itself, it could be done without a multicolor unit/AMS by leaving individual prints on the bed to get multicolor parts, but it would add a bit of work with a lot of manual color changes. Setting up everything in the slicer is also a considerable amount of work. An alternative would just be printing the core of each piece and potentially filling it in with paint. I'm sharing my files from OrcaSlicer to hopefully save other's from the work, and Fusion 360 and STEP files in case anyone wants to modify things. Be warned that the spell file is a beast due to the text, and takes a long time to load between operations. The board files are also just a mess…
There are two versions of the files: normal files, and files meant to have 10x2mm magnets inserted in the nodes, plus stones that can be filled with 4 of these steel discs for weight and magnetism.
For the spells and board, print parts at 0.2mm. Print each of the two board segments three times, and the rest of the files all once. I took slight liberty on spell wording for stuff to fit better
For the player stones, you could use other objects, or print 20 of the tokens I have uploaded in each of two colors at 0.08mm. I recommend solid infill to give the parts a little more weight. I printed tokens in ABS and want to acetone smooth them as an extra nice touch.
I also plan to design and print a box in the near future, which I will add to the files here.
The board segments don't stay together quite as nicely as I'd like, but I have other projects to tackle instead of adding a better hook feature between them. Feel free to add that and post a remix!
Feel free to ask questions or share comments, I can try and give pointers since the setup process is so tedious.
The author marked this model as their own original creation.