Moon Lamp (Commercial Use Allowed)

Please read the entire text before printing! I often make the mistake of not doing so.If you like the model, consider supporting my future projects: https://boosty.to/artificialworld/donate.1. Model:MoonAppr. diameter: 210 mmSurface: Moon Displacement Map + Moon Color Map (Lithophane). Both from NASAAdapterImportant note: I use a tiny USB light (link to Amazon USB light) with a USB extension cable (link to Amazon USB extension cable), so that my adapter only needs a hole for a cable. You may need to look at “LightPlacement (BetterFit).stl” to edit it according to your own needsOpening diameter: 58 mm. This means that you can fit a cylinder with a 58 mm diameter inside the lampConnection type: Bayonet ConnectionMaximum slope of overhangs: 45 degrees. Thus, you will face no issues with overhangsTolerances were tested thoroughly, so the adapter fits easilyStandAppr. width: 180 mmAppr. height: 58 mm2. Printing Instructions:I printed the Moon Lamp with a Flashforge Adventurer 5M with 0.4 mm nozzleMoonRecommended material: Basic white PLALayer height: 0.2 mmSparse infill density: 100%Brim type: Outer and inner brimBrim width: 65 mm. You can print it without a brim, but I had a problem when the printing was almost finished, so next time I set the brim to maximumAdapter ring modifier (optional, but saves a lot of material):Sparse infill density: 5%Sparse infill pattern: GridEverything else is default orca slicer settings.Adapter HalvesRecommended material: Basic white PLALayer height: 0.2 mmSparse infill density: 5%Sparse infill pattern: GridOptional (Improves adhesion to the plate):Brim type: Outer brim onlyBrim width: 5 mmEverything else is default orca slicer settingsStandRecommended material: Brown PLA with 15% woodLayer height: 0.2 mmSparse infill density: 5%Sparse infill pattern: GridPosition below plate: 1.05 mm. This increases the bottom surface areaFuzzy skin: ContourFuzzy skin noise type: ClassicFuzzy skin point distance: 0.5 mmFuzzy skin thickness: 0.5 mmTop surface floor ratio: 1.7. Adds a fuzzy texture to top surfacesTop surface pattern: Hilbert CurveEnable support: trueSupport type: Tree (auto)Optional (Improves adhesion to the plate):Initial layer height: 0.4 mmInitial layer speed: 25 mm/sEverything else is default orca slicer settings3. License:Allowed UseThe license for this model gives you complete freedom to use it in any way you like, as long as you provide attribution.AttributionThe Wavy Stand was created by @Michael1215_742401, who improved on the original version by @cookingfat. The idea of using a wavy stand with a lithophane moon also belongs to @cookingfat.Original Creation (Do Not Report This Model)If you have any questions, write me an email: artificialworld747@gmail.com. Or message me.If you plan to report the model, see this discussion: https://www.printables.com/model/1481473-moon-lamp-commercial-use-allowed/comments/3061773All content not listed in the "Attribution" section was created by me from scratch. I have evidence to prove this, including screenshots, videos, and original files. An important difference from many other moon lamp models is that I prioritize the displacement map over the color map for the outer surface. I also cancel the displacement map's effect on color by applying it to both sides of the wall. Lithophane-only model (left) vs my model (right):The general concept of a “Moon Lamp” has been explored by creators such as @thisis3dprinted, @FrankDeschner, u/moononournation, @omgwtflolbbq_462312. I saw their content at one point or another and decided to mention them here, even though my model is only based on the general idea of a Moon Lamp, which cannot be attributed to any single individual. Video about my process of making the Moon Lamp: