How to convert X_T to PLY
- Add your .X_T file - drop it in the box above or click to browse.
- Convert it to .PLY in a few seconds.
- Download your new .PLY file.
What to expect
- Curved exact surfaces become triangle facets - a smoother result needs a finer mesh and produces more polygons.
- The output is a mesh, not a solid, so it is unsuitable for precise CAD editing or measurement.
- No feature history, assembly data or materials transfer; PLY holds only geometry and optional color/normals.
Frequently asked questions
Is the PLY result as accurate as the original Parasolid model?
No.
X_T stores exact mathematical surfaces, while PLY stores a mesh of vertices and flat faces, so curved shapes are approximated by facets. The accuracy depends entirely on the tessellation density used when the solid is converted to polygons.Why convert an X_T file to PLY?
Parasolid is a solid-modeling format aimed at CAD, whereas PLY (the Stanford Triangle Format) is a simple mesh understood by 3D graphics, scanning and mesh-editing tools like MeshLab and Blender. Converting lets the geometry be used in polygon-based pipelines instead of CAD kernels.
Where does a PLY file open?
PLY is an open format read by mesh tools such as MeshLab and Blender across platforms. It stores vertices and faces, and optionally per-vertex color and normals, which are common in 3D-scanning workflows.
What is lost going from X_T to PLY?
The exact solid is replaced by a faceted approximation, so it is no longer a precise engineering body and cannot be edited as CAD features. Solid topology, parametric data and CAD metadata are discarded; only the surface mesh remains.
