N-Sided Lantern Lithophane

Wrap 1–6 photos around a 3–12 sided lantern (photos repeat to fill every face)

Photos fill faces in order and repeat (1 photo → every side the same). Closed lantern, open top & bottom.
Image Processing (all photos)
110%
0
1.0
Lantern Settings
Corner to corner
💡 Inner faces flat; relief on the outside. Dark = thick. Print upright; add an LED inside.
Frame & Base (optional)
0 = no base
Lid / Base
Align photo

Load a photo to position it. Until then the photo is centred automatically, exactly as before.

My Projects

Log in (free) to save your photo and settings as a project you can reopen for the next order.

Make a multi-sided lantern lithophane

A lantern with 3 to 12 flat sides, each showing a photo. Add one to six photos and they fill the faces in order, repeating to fill every side. Choose the corner-to-corner diameter and the height, add a raised frame around each photo, and a base plate with an LED hole if you want one.

The inside faces stay flat with the relief on the outside, and it prints as one piece. Building and previewing are free and unlimited. Downloading the STL needs a free account, which comes with a few downloads a day; Supporters download without a daily limit.

Tips for a good print

  • Print it upright, with no supports: the walls are vertical and the lantern is open at the top.
  • Six sides is a good balance: flat enough for each photo to read well, round enough to look like a lantern.
  • Use 100 % infill, a 0.10 mm layer height (0.08 mm for the finest detail), a slow speed of about 30 to 40 mm/s and the fan at 100 %. Any gap in the infill lets light leak through unevenly. The full table is in the guide.

Frequently asked questions

How many sides can a lithophane lantern have?

From 3 to 12. More sides make it rounder but give each photo a narrower face.

Can every side show a different photo?

Yes, up to six different photos. With fewer photos than sides, they repeat in order.

How do I light it?

Stand it over a cool LED or a battery tea light, or add a base plate with an LED hole in the generator.

What infill and layer height should I use?

Use 100 % infill, a 0.10 mm layer height (0.08 mm for the finest detail), a slow speed of about 30 to 40 mm/s and the fan at 100 %. Any gap in the infill lets light leak through unevenly. The full table is in the guide.