How To Prepare A 3D Model For Lenticular And Hologram Print Output
When you need stronger depth control, cleaner camera motion, and more reliable multi-view output, starting from a true 3D model is usually the right workflow.
Why 3D is often the better source
A real 3D model gives you control over camera spacing, subject framing, lighting, and depth range in a way that a single image cannot.
That control matters when preparing lenticular print output, especially for products, packaging, sculptures, and any subject that benefits from stable geometry.
Recommended workflow
- Start from a clean model format such as glTF or GLB when possible.
- Set camera framing and depth so the subject reads clearly without excessive parallax.
- Tune lighting and background so the object remains readable across views.
- Render, review, and export once the multi-view result feels stable enough for print testing.
Best use cases
3D workflows are especially useful for product visualization, packaging studies, character presentation, and clean object-centric scenes.
Common mistakes
- Using messy geometry or unsupported material setups.
- Pushing depth too far, which makes the final print harder to read.
- Ignoring lighting consistency across the rendered views.
Use the 3D tool
Switch to the 3D workflow when you need real camera control, stable geometry, and cleaner depth for lenticular print output.
Open the 3D generatorFrequently asked questions
Which 3D file types are best for lenticular rendering?
glTF and GLB are usually the best starting point because they carry geometry and material information in a browser-friendly way.
Why does geometry quality matter so much?
Dirty topology, missing normals, or inconsistent materials often reduce depth readability and make the final print look unstable.
When is 3D better than a 2D-only workflow?
3D is better when you need actual viewpoint control, more consistent depth, and cleaner multi-view output than a single image can provide.