3d Hologram Generator

3D Model to Lenticular Print

Upload GLTF/GLB/FBX/OBJ/STL scenes, tune camera and lens settings, and render print-ready lenticular holograms.

  1. 1Upload a 3D model file.
  2. 2Adjust camera, lenticular, lighting, and depth settings.
  3. 3Render the selected setup for hologram print output.

What It Does

  • Convert uploaded 3D models into lenticular-ready hologram print images in the browser.
  • Use controlled camera, depth, and lens settings to generate output from actual model geometry.

Who It Is For

  • Artists and studios preparing hologram print assets from existing 3D scenes.
  • Teams that need more camera and depth control than AI image generation can provide.

Inputs

  • 3D model files in glTF, GLB, FBX, OBJ, or STL format.
  • Optional lighting, HDR, camera, depth, and lenticular settings.

Outputs

  • Rendered multi-view imagery prepared for interlacing and hologram print production.
  • A browser-based preview pipeline for checking lighting, composition, and depth before export.

Best Use Cases

  • Product visualization for lenticular printing.
  • Character, sculpture, and packaging renders that require true geometric consistency.
  • Preparing print-ready assets from production 3D files or scan-derived meshes.

Limitations

  • Final depth quality depends on clean geometry, stable materials, and suitable camera framing.
  • Large or poorly optimized models can increase browser memory use and render time.
  • STL and mesh-only assets may need extra cleanup because they often lack full material context.

Frequently Asked Questions

What 3D file formats are supported?

This page supports glTF, GLB, FBX, OBJ, and STL uploads, which covers most browser-friendly model exchange formats used in design and visualization workflows.

Is 3D rendering done locally in the browser?

The preview and render flow in this page is browser-based, which is useful for fast iteration and direct control over camera, lighting, and lenticular settings.

Can I upload STL or OBJ files?

Yes. STL and OBJ files are accepted, although richer formats such as GLB or glTF usually carry more complete material and scene information.

What affects lenticular depth quality the most?

Depth range, camera spacing, subject composition, clean geometry, and stable rendering settings all directly affect how much depth reads in the final printed result.

How is this different from Sketchfab mode?

The 3D upload page works from your source files directly, while Sketchfab mode starts from an existing hosted web model workflow.

Preview

Upload a GLTF/GLB/FBX/OBJ/STL project folder. If your source is .blend, please export it to glb/gltf first, then tune environment and lens options.

Click this area to upload a directory with GLTF/GLB/FBX/OBJ/STL (.blend is not supported directly)

upload
3D Model to Lenticular Print | 3D2HOLO