Vector & CAD format

PLY converter

A .ply file is the Stanford Polygon File Format: a short header declaring elements and properties, followed by ASCII or binary vertex and face records. It remains a common interchange for scanned point clouds and triangle meshes in research and geometry processing.

Private for supported formats, processed in your browser

Convert supported files

Runs on your device

Drop PLY files here

Batch files can each use a different output. Nothing uploads for local conversions.

Working inputs include camera RAW, browser-local audio/video, PDF, CBZ/CBR comics, office documents, ebooks, markup, 3D models, structured text, images, and archives.

Where PLY comes from

Greg Turk and colleagues at Stanford introduced PLY in the mid-1990s for the Digital Michelangelo Project and related range-scanning work. The simple header-plus-payload design spread through MeshLab, PCL, and academic toolchains even as glTF and 3MF grew in product workflows.

How PLY works

  • Header begins with ply and a format line (ascii 1.0 or binary_little_endian 1.0) and ends at end_header.
  • element vertex and element face blocks declare counts; vertices typically expose float x y z properties.
  • Faces commonly use property list uchar int vertex_indices and may be triangulated from n-gons.
  • Binary payloads pack scalars in little-endian order immediately after the header bytes.

When to use PLY

  • Exchanging scanned or remeshed triangle surfaces with research tools
  • Feeding MeshLab, CloudCompare, and geometry-processing scripts
  • Archiving simple meshes without materials
  • Converting between PLY and print or realtime mesh formats

Strengths and limitations

Strengths

  • Simple, extensible header that is easy to parse
  • ASCII and binary variants cover debugging and compactness
  • Long-standing support in mesh-processing software

Limitations

  • No standard materials, units, or scene graph
  • Big-endian and exotic property layouts are inconsistently supported

Compatibility

MeshLab, Blender, Open3D, PCL, and many academic converters read ASCII and little-endian binary .ply. CAD and slicer support is thinner than STL or 3MF, so conversion is common before printing or realtime use.

Only free-form comment and obj_info header lines exist; structured metadata is not standardized.