What 3D file formats are supported?
glTF, GLB, FBX, OBJ, STL, and SPZ (Gaussian Splat) — the formats most design and visualization tools can export.
Turn Your 3D Model into a Moving 3D Print
Upload a GLB, FBX, OBJ, STL or SPZ (Gaussian Splat) model, render every viewing angle with the built-in camera rig, and order a real lenticular print of your 3D model.
- 1Upload your 3D model file (GLB, FBX, OBJ, STL, or SPZ).
- 2Tune the camera, lighting, and depth in the built-in renderer.
- 3Preview the motion free, then order a real lenticular 3D print of your model.
What It Does
- Turn a 3D model into a real, physical 3D print — the built-in camera rig renders every viewing angle, and we produce the lenticular print.
- For creators, product teams, and hobbyists who want their model as a moving 3D print they can hold.
Who It Is For
- 3D artists and designers who want a physical moving print of their model.
- Product teams ordering 3D prints of a design, character, or prototype.
Inputs
- A 3D model in glTF, GLB, FBX, OBJ, STL, or SPZ format.
- Optional lighting, HDR, camera, and depth settings.
Outputs
- A real lenticular 3D print of your model, produced at print quality and shipped to you.
- A browser-based preview pipeline to check lighting, composition, and depth before you order.
Best Use Cases
- Order a moving 3D print of a game character, product render, or sculpture.
- Physical 3D keepsakes from 3D-printed-model files and scan-derived meshes.
- Prototype reviews: hold the actual depth effect before mass production.
Limitations
- Depth quality depends on clean geometry, materials, and camera framing.
- Large or poorly optimized models can increase browser memory use and render time.
- STL and mesh-only assets may need cleanup because they often lack material data.
Frequently Asked Questions
Can I order a physical print of my model?
Yes. After previewing the 3D motion, you can order a real lenticular print of your model, produced at print quality and shipped worldwide.
Is rendering done in my browser?
Yes — the camera rig renders every viewing angle locally in your browser, so you can iterate for free before ordering.
What affects 3D depth quality the most?
Depth range, camera spacing, clean geometry, and stable rendering settings all affect how much depth you see in the printed result.
How is this different from the photo workflows?
This page starts from true 3D geometry, so you get exact camera control and consistent multi-angle rendering — ideal for models, while the photo workflows start from images.