3D printing guide
How to design and 3D print custom game tokens
A reliable token begins with readable geometry and ends with a small test print. This workflow helps you catch scale, colour, and slicing problems before producing a full set.
Open the free token maker
1. Define a visual system
List the token categories required by the game and assign a consistent shape, label style, and colour role to each category. A player should be able to recognise a resource, status effect, or reminder without picking it up to read small text.
Keep labels short. Bold text, uncomplicated icons, and filled silhouettes survive reduction better than fine outlines. If a group must stack together, use one shared diameter and thickness.
- Use silhouette and text together for important distinctions
- Keep related tokens at consistent dimensions
- Reserve high contrast for the information players must notice
- Avoid details thinner than your printer can reproduce reliably
2. Choose the feature finish
Raised details are easy to colour separately and remain clear after light wear. Flush inlays provide a smooth face while still supporting a second colour. Engraved marks work well for tactile pieces or paint filling, but their readability depends more on light and shadow.
Set the base thickness for stiffness, then choose a restrained feature height or depth. Excessively tall lettering increases print time and makes small edges easier to damage.
3. Slice one representative sample
Export the most demanding token in the set: the one with the smallest text, thinnest icon, or greatest colour complexity. Inspect it in the slicer layer by layer. Confirm that every mark creates real extrusion paths and that the first layer fits your build plate and adhesion plan.
Print one sample using the intended nozzle, layer height, filament, and orientation. Check legibility at normal table distance, fit in your storage solution, edge comfort, and colour contrast. Adjust the design before duplicating it into a batch.
4. Export and archive the final set
Keep the final STL or 3MF files together with a note containing the physical dimensions, nozzle, layer height, filament colours, and slicer profile. That small record makes replacements consistent months later when the original project settings are no longer open.