3D printed logo
Bring a logo you already have, or describe one and AI draws nine to pick from. Every flat color becomes its own raised piece: set the thickness, round the edges, and get an STL your slicer will open. It runs in the browser, so there is no CAD package to learn and nothing to install.
The colored pieces overlap by default, so the STL comes out as a single connected body rather than a pile of parts that fall off the plate. Spread the pieces apart past the thickness and they separate — that is the one setting that breaks a print, and the app says so where you set it.
The mark separates into flat color regions and each one is raised in front of the one behind it, so a two-color badge prints as a base plate with the emblem standing proud of it. No CAD, and no drawing outlines by hand.
A rounded edge is a real bevel on the geometry, not a shader trick — so it survives the slicer and shows up in the print. Thickness and edge radius are both live: drag them and the mesh rebuilds under your finger.
STL for slicers and CAD, where the triangles are merged into one solid. GLB when you want the colors too — every colored piece arrives as its own mesh with its own material, ready for a multi-material printer or a render.
Why Mixos
Most logos start life as flat artwork — a PNG from a designer, an SVG from a brand kit, or a mark somebody drew once and never got a source file for. An SVG opens free and needs no account; a PNG or JPEG needs an account and is a small paid step. If you have no mark at all yet, describe one and the AI logo maker draws nine concepts to choose between. Either way the result is flat, and flat is not printable on its own: a slicer needs a closed solid with real thickness, and a picture has neither.
The usual route is to open a CAD package, redraw the outline by hand, and pull it up into a solid. That works, and it is a strange amount of software to install to put a shop name on a keyring. This does that part for you: the artwork is separated into flat color regions in the browser, each region becomes a closed shape, and each shape is given a thickness you set.
Because the colors are separated rather than flattened, a mark with several colors prints as an object with several raised pieces. A badge with a dark plate and a light emblem comes out as a plate with the emblem raised off it, which is what makes a printed logo read at arm's length — a single flat slab of the whole silhouette loses exactly that.
Artwork with a few solid colors and clean edges gives the cleanest result. A photograph or a heavy gradient is reduced to a small palette, so it comes back posterized into bands rather than keeping its shading — usable, but a logo drawn as flat shapes is what this is for.
An STL, which is what slicers and CAD packages read — the triangles are merged into a single solid. You can also export a GLB if you want the colors to travel with the model.
Scale it in your slicer. The model exports at the proportions you designed, and your slicer is where you can see it against the actual build plate, so that is the honest place to choose a size.
Yes, by default — the pieces overlap in depth so they fuse into one body. If you spread the pieces apart past the thickness they will separate into loose parts, which the app warns about at the slider.
Export the GLB rather than the STL: each colored piece is its own mesh with its own material, which is what a multi-material or AMS setup needs to assign filaments. For a single-extruder printer, the STL is one solid and you would paint or swap filament by height.
No. The 3D preview runs in the browser, on your own device. Making the model is free and needs no account when you start from a starter mark or an SVG; downloading the file needs a paid plan. Bringing in a PNG or JPEG is the one step that runs on AI, and it needs an account and is a small paid step.
It will still work, but it comes back reduced to a small number of flat colors — so a photograph reads as flat bands rather than as shading. If you can get the original vector or a clean flat PNG, the outlines will be much sharper.
Read next
Describe a mark, then extrude every flat colour into its own 3D layer.
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Rebuilding a mesh's topology at a workable density.
No download, no setup, nothing to license. Auto-texture your first model and build real PBR materials in minutes.
