How to bring a Figmee GLB into Blender: the short answer
To edit a GLB file exported from Figmee in Blender, all you need to do is open File > Import > glTF 2.0 (.glb/.gltf) from Blender's menu and select the .glb you downloaded. glTF 2.0 import is built into Blender as standard (the add-on is enabled by default), so in most cases there is nothing extra to install. Once imported, the model's shape, colors (textures) and materials all come in together, and you are free to refine it however you like.
This article is for creators who want to "make a quick prototype with AI and then finish it with their own hands." It walks through the handoff from Figmee to Blender one step at a time. The Blender instructions are based on the stable release as of July 2026 (the Blender 5.x series). Menu labels may differ slightly between versions, but the basic flow is the same. For an overview of every route for putting an AI-generated 3D model to work, see our overview of ways to edit 3D models made with AI.
Note: Figmee currently offers figurine-style image generation and 3D model data (GLB / 3MF) downloads. Physical 3D print ordering is Coming Soon.
Why "prototype in Figmee, finish in Blender"?
Blender gives you more creative freedom than any other tool, but turning a character into a 3D model from scratch means learning specialist skills such as modeling, topology and UV unwrapping, and it is not unusual for the first finished character to take months. If you let AI prepare the base 3D form first, you can skip the most time-consuming stage of all: building the shape from nothing. Getting familiar with core modeling terms beforehand, such as polygon count and the difference between low-poly and high-poly models, makes editing in Blender much easier to follow.
Figmee takes an illustration or character image, generates a figurine-style image from it, then builds a 3D model that you can export in GLB format. With that GLB as your foundation, you can spend your time in Blender on the refinement work: adjusting the parts that bother you, touching up the colors, and adding accessories or poses. For the process of turning an illustration into a prototype in the first place, see our complete guide to turning an illustration into 3D. How stable the prototype turns out depends on the lighting and shading in the drawing you provide, so settling on a single light source and organizing the light and shadow before you upload it will also reduce the fix-up work in Blender.
What you need
| What you need | Notes |
|---|---|
| A GLB file from Figmee | Available to download once you generate a 3D model (GLB / 3MF supported) |
| Blender | Free. Download it from blender.org (free and open source as of July 2026) |
| A computer | One that can run Blender (check the official system requirements) |
Importing the GLB, step by step (Steps 1 to 6)
Once everything is in place, the import itself only takes a few minutes.
Step 1. Download the GLB from Figmee
When you generate a 3D model in Figmee, you can download it in GLB format. Start by saving the GLB of the model you want to edit to your computer. Putting the file somewhere easy to find, such as your desktop, will make it quicker to locate in the later steps.
Step 2. Launch Blender and clear away the default object
When you launch Blender, a cube sits in the middle of the scene by default. It overlaps the model you are about to import and makes it hard to see, so select the Cube and delete it with the X key (or Object > Delete). That makes the checks that follow much easier.
Step 3. Open File > Import > glTF 2.0
From the menu at the top of the screen, choose File > Import > glTF 2.0 (.glb/.gltf). According to the official manual, this import feature is provided by the glTF 2.0 add-on, which is enabled by default. If you cannot find the entry in the menu, go to Edit > Preferences > Add-ons, search for "glTF 2.0" and tick the checkbox to enable it.
Step 4. Select the GLB file and import it
In the file browser that opens, select the .glb you saved in Step 1 and click Import. glTF 2.0 supports both .glb (a binary with everything packed into a single file) and .gltf, but Figmee exports .glb. When the import finishes, the model appears in the viewport.
Step 5. Check the scale and orientation
Right after importing, the model may look larger or smaller than you expected, or face the wrong way. glTF uses +Y as the "up" direction of its coordinate system while Blender uses +Z. The importer handles this conversion, but how the model looks still depends on the size of the original data. If it seems too big or too small, adjust it with the S key (scale), and fix the orientation with the R key (rotate). Pressing numpad . (View Selected) fits the model to the screen so it is easier to inspect.
Step 6. Check how materials and textures are displayed
In the default view, the colors may not appear on the model. Switch the viewport shading in the top-right corner to Material Preview or Rendered to see the model with its textures (colors and surface qualities) applied. glTF materials are rebuilt as Blender Principled BSDF nodes on import, and the textures come in along with them. Once you have confirmed all this, you are ready to start editing. Understanding how textures work, since they are the source of a model's colors and surface qualities, will make the color adjustments that follow go more smoothly.
Three common stumbling blocks
1. The scale does not match
The most common surprise is "I imported it and it was enormous, or tiny." This is not an error; it comes from the units and dimensions of the original data. Scale the model with the S key, or place it next to other objects and match its size relative to them. If you are planning to 3D print it later, you will set the real-world size on the printing side, so there is no need to worry too much about how big it looks at this stage.
2. Materials come in as something different from Blender's own
As the official manual explains, the glTF material system is different from Blender's native materials. On import, the add-on assembles Blender nodes that reproduce each glTF material as faithfully as possible. When you want to repaint colors, start editing from these generated nodes (Principled BSDF). Adjusting the imported nodes is usually faster than rebuilding the material from scratch.
3. Textures are embedded in the .glb
The .glb format packs its texture images into the single file. That means importing the GLB on its own brings in the colors as well, with no need to hunt for separate texture images (this is what sets it apart from some formats that tend to keep textures in external files). If the colors still do not show up, go back and check the shading switch from Step 6.
What Figmee does and what Blender does
| Item | Figmee (prototype) | Blender (refinement) |
|---|---|---|
| Creating the 3D form | Generated automatically from illustrations and images | Done by hand (requires learning) |
| Fine-tuning the shape | Out of scope (you accept the automatic output) | Freely editable down to individual vertices |
| Colors and textures | Applied automatically | Can be repainted or added to |
| Adding poses and accessories | Out of scope | Add whatever you like |
| Knowledge required | Almost none (runs in the browser) | Modeling basics |
The division of labor is simple. Leave the time-consuming groundwork to Figmee, and do the finishing touches you care about in Blender. That is the shortcut to putting your own stamp on a model while keeping the learning curve manageable. If you later want to pose your character in Blender and make it move, learning about rigging, the process of adding a skeleton to a model, will make that next step easier.
Frequently asked questions
What should I do if Blender won't import my GLB?
First, check that "glTF 2.0 (.glb/.gltf)" appears under File > Import. If it doesn't, go to Edit > Preferences > Add-ons, search for "glTF 2.0" and enable it. The glTF 2.0 add-on is enabled by default, but it can be disabled in some setups.
The imported model looks completely black, or has no color.
When the viewport shading is set to Solid, texture colors are not displayed. Switch the shading in the top-right corner to Material Preview or Rendered, and the colors and surface qualities will appear.
Can I use models made with Figmee commercially?
3D models generated with Figmee can be downloaded in GLB / 3MF format and used as your own work. The precondition, however, is that the original artwork you convert must be a character you created yourself or an original illustration you hold the rights to. Turning copyrighted characters into 3D models or commercializing them requires permission from the rights holder.
Can I send the model to a 3D printer after editing it in Blender?
Yes. A model finished in Blender can be exported as 3MF or STL for 3D printing. Figmee's own physical print service is Coming Soon, so for now you print the exported data on your own printer or through an external service. For preparing a print, see our guide to preparing a 3MF file for printing on a home 3D printer.
Summary
If you import a GLB exported from Figmee through Blender's File > Import > glTF 2.0, its shape, colors and materials all come in together and you can start refining right away. The glTF 2.0 add-on is enabled by default, materials are rebuilt as Principled BSDF, and textures are packed inside the .glb. Keep these three points in mind and you won't get lost, even the first time.
The only common stumbling blocks are scale, materials and texture display. Building the foundation with AI and then adding your own touch in Blender gets you there faster than learning everything from zero, while still producing a model that is unmistakably yours. If you'd like to learn about the other routes as well (game engines, 3D printing and animation), take a look at our overview of ways to edit 3D models made with AI.
