Blender → OBJ

Convert .blend to OBJ — Blender to OBJ online

.blend files travel as a static OBJ + .mtl pair in a few clicks. Useful for getting a Blender asset into ZBrush, MeshLab, slicers, or any pre-glTF era tool. Triangulated geometry, UVs and normals come through; everything animated is stripped.

blender to obj · convert .blend to .obj · export blender obj

Why convert Blender to OBJ?

OBJ is the lingua franca of static 3D geometry. Every CAD viewer, slicer, photogrammetry pipeline and 90s-era 3D toolkit reads it without complaint. Going from .blend to OBJ is the right move when your downstream tool predates glTF or doesn't need animation.

The conversion is lossy by design — OBJ has no concept of rigs, animations, morph targets, or PBR materials. What you keep is the mesh as it exists at frame 1: vertices, faces, UV coordinates, vertex normals, and basic diffuse/specular materials emitted as a sibling .mtl file. This is the simplest, most-universal export possible.

If you need texture maps to come along, make sure your Blender materials reference image textures (not procedural shaders) — the converter follows the first image texture in each material slot and writes it into the .mtl as map_Kd / map_Bump etc. Procedural shaders, node groups and PBR setups don't survive — they're Blender-specific.

What survives the Blender → OBJ conversion

Computed automatically from the capabilities of each format.

Feature Blender OBJ Status
Geometry (vertices & faces) Preserved
UV texture coordinates Preserved
Vertex normals Preserved
Vertex colors Lost
Basic materials (diffuse, specular) Preserved
PBR materials (metalness/roughness) Lost
Embedded textures Lost
Keyframe animations Lost
Skeletons & rigs (skinning) Lost
Morph targets / blend shapes Lost
Multiple meshes in one file Preserved
Parent/child hierarchy Lost

When you need this conversion

Feed Blender assets into ZBrush, MeshLab, MeshMixer
Prepare meshes for 3D printing slicers
Hand off geometry to CAD viewers / engineers
Archive geometry in a future-proof, text-based format

Tips

For 3D printing, OBJ works but STL is even more universal — re-export from MeshLab if needed.
OBJ is text-based: you can diff two versions in git and see exactly what changed.
Image textures referenced by your .blend must be packed into the .blend (File → External Data → Pack All Into .blend) or they won't be found.

Common pitfalls

Read these before converting — they save hours of debugging in your engine.

Animations are dropped

OBJ is a static format. Skeletal animation, shape keys, NLA tracks — all gone. The export is the mesh at frame 1, period.

Procedural shaders don't survive

Cycles/Eevee node setups with procedural textures (Noise, Voronoi, etc.) can't be written to OBJ. Bake them to image textures in Blender first, then convert.

Two output files

OBJ stores material info in a separate .mtl file. Keep both together — most tools expect to find the .mtl next to the .obj.

Quads become triangles

The converter triangulates on output. If you need quads (subdivision-friendly topology), this is the wrong target — the round-trip is triangle-only.

Frequently asked questions

Do I need Blender installed?
No. The converter reads .blend natively.
Will my UV maps come through?
Yes. OBJ supports UVs natively. The first UV layer in your Blender mesh is written.
What about textures?
Image textures referenced by your materials are exported to the .mtl file (diffuse and normal slots). Make sure textures are packed into the .blend before converting.

Related conversions

Need to do this from your backend? See the API.