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Polyforge

Free · Browser-side · No sign-up

Convert FBX to PLY Online

Convert Autodesk FBX (Filmbox) files to Polygon File Format (PLY), entirely in your browser. No upload, no sign-up. Your files never leave your device.

No sign-up required 100% client-side Up to 100 MB
FBXPLY

Drop your FBX file here

or click to browse from your computer (up to 100 MB)

Lantern 3D model preview
Try with a sample modelLanternLantern by Polyforge · CC0 1.0 Universal

Medieval lantern with dark iron, bronze accents, and warm glass — multi-material FBX model for format conversion testing.

$ vertex color support

PLY natively stores per vertex colors, making it ideal for 3D scanned models and photogrammetry data where color is baked into the geometry rather than applied via textures.

$ point cloud compatible

PLY is widely used for point cloud data in research and scanning workflows. The converted output integrates directly with tools like CloudCompare, MeshLab, and Open3D.

$ scientific tool integration

PLY originated at Stanford for 3D scanning research and remains a standard in academic and scientific computing pipelines for geometry processing and analysis.

── FBX → PLY ──

How to Convert FBX to PLY

Export FBX geometry with vertex colors for scanning and research workflows.

01

Upload FBX

Drag and drop or select your .fbx file. FBX bundles geometry, materials, skeletal rigs, and animations into a single file.

02

Processing

Conversion runs entirely in your browser. Mesh geometry and vertex colors are extracted from the FBX and written to PLY format. Animation and skeletal data are not carried over, as PLY is a static geometry format.

03

Download PLY

Get your ready to use PLY file. Open it in MeshLab, CloudCompare, Blender, or any scientific visualization tool for further processing.

$ why_convert

Why convert FBX to PLY?

FBX is a proprietary format originally developed by Kaydara and now owned by Autodesk. It is built for production pipelines in games and film, storing meshes, materials, skeletal rigs, and animations. Scientific computing, 3D scanning, and photogrammetry workflows rarely use FBX. These fields rely on formats that prioritize raw geometry, vertex attributes, and point cloud data over scene hierarchy and animation.

PLY, created by Greg Turk at Stanford in 1994 for the Stanford 3D Scanning Repository and later used extensively by the Digital Michelangelo Project (started 1998), fits those needs precisely. It stores vertices, faces, normals, and per vertex colors in a straightforward structure that every scientific tool understands. Tools like MeshLab, CloudCompare, Open3D, and PCL all treat PLY as a first class format. Converting FBX to PLY bridges the gap between production art pipelines and research or analysis workflows, giving you clean geometry in a format built for measurement and processing.

Key advantages of PLY over FBX

Native vertex colors

PLY stores per vertex color data directly, which is essential for scanned and photogrammetry models.

Point cloud standard

PLY is the default format for point cloud tools like CloudCompare, Open3D, and PCL.

Scientific tool support

MeshLab, MATLAB, SciPy, and academic geometry libraries all read PLY natively.

Flexible vertex properties

PLY's header driven schema allows custom attributes like confidence, intensity, or labels per vertex.

No proprietary SDK

PLY is an open format that any developer can parse without licensing restrictions.

Lightweight geometry focus

PLY stores only geometry and vertex attributes, avoiding unnecessary scene complexity.

Research community standard

PLY has been the preferred format in 3D scanning research since its creation at Stanford.