3D Models for LightWave 3D

LightWave 3D's native format is LWO (LightWave Object) for geometry and LWS (LightWave Scene) for full scene data. For importing external assets, LightWave supports OBJ (Wavefront Object) — the most universally compatible format for geometry import — and FBX for rigged characters and animation. LightWave 2020+ also supports Alembic (.abc) for animated cache data. Most Proofly models are available as OBJ, FBX, GLB, or STL; for LightWave workflows, download OBJ for static geometry or FBX for rigged characters. GLB/GLTF is not natively supported by LightWave and would require conversion via Blender or another intermediary.

To import an OBJ file into LightWave Modeler: open Modeler → File → Import → Wavefront OBJ. LightWave reads the .obj file and any companion .mtl material file. The geometry imports with its surface names mapped to LightWave's Surface Editor. Materials from the .mtl will load as basic LightWave surfaces with diffuse color — you'll need to re-set up the material properties in LightWave's Surface Editor (Hypervoxels, node-based materials) since LightWave doesn't read PBR maps from .mtl automatically. For best results: import the OBJ, then manually assign your LightWave material nodes using the Proofly model's texture maps as input images.

Yes. LightWave Layout supports FBX import for rigged characters. Use File → Import → FBX to load a rigged FBX character from Proofly. LightWave will import the skeleton hierarchy as bones, the skin deformers as weight maps, and any animation data embedded in the FBX. The bone naming and hierarchy are preserved — Mixamo-rigged characters, Maya HumanIK rigs, and custom rigs all import with their hierarchies intact. After import, you may need to re-apply LightWave surface materials since FBX material translation to LightWave's surface system is partial — textures import but node-based material graphs need to be rebuilt in LightWave's Surface Editor.

LightWave 3D is a production rendering tool, so it handles high polygon counts well in both Modeler and Layout's OpenGL preview. For broadcast and film rendering (Kray, Octane, or LightWave's native renderer): high-poly counts (500k–5M triangles) are acceptable for hero assets. For real-time preview and animation in Layout: keep scene complexity below 5–10M total triangles for comfortable playback on a modern workstation. SubPatch subdivision surfaces (LightWave's NURBS-equivalent) let you model and store low-poly base cages while rendering at any smooth subdivision level — meaning you can buy a low-poly base mesh from Proofly and apply SubPatch in LightWave for smooth film-quality output without a high-poly download.

Yes. Proofly's Commercial license covers rendering Proofly models in broadcast TV shows, commercials, corporate videos, and animated films. If a Proofly model appears in a produced broadcast segment or rendered animation, the Commercial license applies. For studio productions with multiple artists accessing the same model, each seat that downloads and uses the model needs its own Proofly Commercial license purchase. For productions where the 3D model is itself a sold product (e.g., a model pack released commercially), the Extended license applies — check the specific listing for available license tiers.