Token Arcana: Tarot Inspired Custom Token Set

I've always loved the French woodcut tarot art style and wanted to make a custom set of tokens inspired by it. 

 

Features

 

• 10 unique tokens each evocative of a different tarot card.
  • Blood Token
  • Treasure Token
  • 2/2 Knight Token
  • Food Token
  • Clue Token
  • Powerstone Token
  • Map Token
  • City's Blessing
  • Monarch
  • Copy Token
• Custom Token Box featuring the art from the treasure token and a small compartment for holding d6 dice
• Magnetic closure: Magnets are embedded into the print for a sleeker look.
• Dual purpose lid: the bottom of the lid has a notch to rest one token while your playing and a smaller notch for a 12mm d6.

 

Boost MeThis design was a TON of work. Any boosts will be greatly appreciated. If you would like a commercial license and to sell copies of this token please sign up for my Patreon at Patreon.com/mtgmatt . Commercial licenses start at just $10/month.

Edit: The magnets I used are no longer there on Amazon. I updated the link.

 

I used these magnets in the print. They're labelled as 20mmx5mmx2mm, but aren't true to size. There's pauses in the print where you can insert the magnets then resume it. I don't recommend using any silk PLA for layers that are going over the magnets, the silk PLA doesn't adhere well to them.

 

All of the tokens were printed with 0.2mm nozzle.

 

These can be printed with the 0.4mm (I tested it, it does work), but you'll want to lay the image on the build plate and set the initial layer thickness to .21mm. You should also set the print bed to 65C and slow the first layer print speed down to 20mm/s. Goes without saying but, make sure your print bed is very clean for this, otherwise you'll have serious adhesion issues.

 

The box is fine to print with 0.4mm nozzle without any special considerations beyond setting the slice gap closing radius to .0001.

 

Filaments Used:

 

Box: Flashforge Burnt Titanium,  Gold Silk PLA,  White PLA

Tokens:  White, Black, Red, Blue PLA and  Gold Silk PLA.