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What 3D file formats do you support?

Last updated: April 2026 3 min read

Neural4D is designed to integrate directly into professional 3D pipelines without vendor lock-in. We support a range of industry-standard 3D formats for export, ensuring compatibility with furniture design workflows, physical manufacturing tools, personal 3D printing, and major game engines.

What 3D export formats are supported?

Here are the supported 3D export formats and their specific technical attributes:

Format Best Used For Data Included
.obj Universal: Cross-platform workflows, independent product design, and general 3D software. Exports the base manifold geometry. Material data and UV mapping are exported alongside a separate .mtl file and textures.
.fbx Game Engines & Animation: Direct import into Unity, Unreal Engine, and standard DCC software for product visualization. Embeds both the 3D mesh and complex PBR texture setups. Topology is structurally prepared for downstream pipelines.
.glb Web & Real-time: E-commerce product displays, WebGL viewers, and interactive furniture catalogs. A lightweight, single-file format that strictly packages the geometry, UVs, and PBR textures into one binary file.
.usdz AR & iOS: Native deployment within Apple's spatial computing and augmented reality ecosystems (iOS and VisionOS). A compact archive format containing both the 3D mesh and physically based rendering materials, optimized for mobile AR.
.stl 3D Printing: Personal 3D printing and industrial rapid prototyping (via slicers like Cura). Geometry only. Exports the watertight, manifold mesh required for physical manufacturing. No texture or color data.
.blend Blender: Native editing and photorealistic rendering for independent designers within Blender. Retains full geometric data and native material node setups, allowing for immediate modification.
Supported 3D File Formats Summary

What input formats are supported for Image to 3D?

For the Image to 3D generation feature, Neural4D currently supports standard 2D image uploads in .JPG, .JPEG, and .PNG formats.

For optimal topology extraction, ensure your input images have flat lighting and minimal perspective distortion.