Convert OFF to XYZ - 3-Step 3D Mesh Conversion

Convert OFF to XYZ

OFF to XYZ Conversion

Follow these steps to seamlessly change OFF to XYZ with our converter:

  1. Install Autoconverter

    Download and install Autoconverter on your system. Launch the software to convert OFF mesh files to XYZ format.

  2. Import OFF Mesh File

    Click Open... to load your OFF (.off) mesh file, or drag and drop it into the application window.

  3. Export to XYZ Format

    Use Save As... to export your mesh file to the XYZ file format (.asc, .xyz).

Still searching for help with OFF to XYZ conversion? These reliable guides ensure proper OFF mesh files conversion:


OFF OFF File Format - 3D Object File for Polygon Meshes

The OFF (Object File Format) is a simple, ASCII-based 3D file format used for representing polygonal geometry in a lightweight, non-proprietary structure. Designed for academic and development use, the OFF format efficiently stores 3D model data using only vertices, faces, and optional edge information - ideal for geometry-focused workflows without material or texture metadata.

OFF File Features

  • Editable ASCII Structure: OFF files are plain text, easily viewable and editable in any standard text editor, making them perfect for manual modeling or debugging.
  • Supports Polygonal Geometry: Store 3D shapes using triangle meshes, quadrilaterals, or general polygons. Each face is defined by a list of vertex indices, allowing flexible model design.
  • Lightweight and Minimal: Unlike complex CAD formats, OFF excludes materials, textures, and metadata, focusing purely on geometric structure for fast, efficient modeling.

Convert OFF Files to Other 3D Formats

Our 3D conversion tools make working with OFF files fast and flexible. Autoconverter enables direct conversion of OFF mesh models to popular formats such as STL, OBJ, SKP (SketchUp), and PLY - preserving polygonal integrity throughout. For advanced workflows, Autoshaper can convert OFF files into NURBS-based formats like STEP, IGES, and BREP, ideal for CAD software and precision manufacturing.

Try our OFF file converters today - import, export, and transform polygonal data effortlessly into your preferred 3D format.


XYZ XYZ File - 3D Point Cloud Data Format

An XYZ file is an ASCII text format used for storing 3D point cloud data. Each line in an XYZ file contains a set of X, Y, and Z coordinates, representing a specific point in three-dimensional space. These files capture the shape, size, and surface characteristics of real-world objects or environments, and are typically separated by tabs or spaces for easy parsing. Point clouds generated from laser scans, photogrammetry, or LIDAR are often stored in the XYZ format due to its simplicity and compatibility.

Key Features of XYZ Files

  • Simple Data Structure: Each row contains exactly one point with X, Y, and Z coordinate values.
  • Lightweight Format: No complex headers, metadata, or compression - just pure spatial data, making it fast and easy to process.
  • No Connectivity Information: XYZ files store points independently without defining surfaces or edges between them.
  • Widely Used in Industry: Commonly applied in surveying, autonomous vehicle navigation, construction, archaeology, and heritage preservation for capturing detailed 3D environments.

Convert XYZ Point Clouds to 3D Models

Our Autoconverter software intelligently reconstructs polygonal meshes from XYZ point cloud files, creating lightweight 3D surfaces optimized for visualization, analysis, and 3D printing. For advanced CAD/CAM workflows, Autoshaper transforms XYZ data into smooth NURBS surfaces, delivering mathematically accurate 3D models suitable for engineering and manufacturing applications.

Convert XYZ files to STL, OBJ, STEP, IGES, and more - bridge the gap between raw point clouds and production-ready 3D models. Try our XYZ point cloud converters today and experience seamless 3D data transformation!


OFF vs XYZ Comparison

Property OFF XYZ
Extensions .off .asc, .xyz
Name Object File Format Point Cloud
Versions
Textures
Colors
Geometry components
Readers
Writers