Learn how to get around the application. This section covers interface layout, view controls, panels, toolbars, and best practices for efficient workspace customization and navigation.
Guides on bringing data into the application, organizing your scene, and exporting results. Includes supported file formats, scene management best practices (such as grouping, layering, and object hierarchy), tips for preserving data fidelity, and workflows for seamless integration with other tools.
Understand the different types of objects used in the software including meshes, point clouds, volumes (voxels) and more.
Detailed instructions on how to select parts of a mesh or point cloud for further editing or inspection.
Step-by-step guides for tools used for editing, reshaping and refining mesh structures.
Learn how to detect and fix common mesh issues such as holes, non-manifold edges, self-intersections, and inverted normals. Essential for preparing models for 3D printing, manufacturing, or for visualization.
Covers workflows for handling raw 3D scan data. Includes alignment, merging, noise filtering, meshing from point clouds, and best practices for turning scans into clean, usable models.
Tools and techniques for evaluating model quality. Includes visual inspections, distance measurements, section views, deviation analysis, and dimensional checks for quality control and documentation.
Focuses on voxel-based workflows and CT (computed tomography) scan analysis. Learn how to convert between mesh and voxel formats, perform volume-based operations, and inspect internal structures.
Harness the power of scripting to automate repetitive tasks or build custom workflows. Includes scripting APIs, sample scripts, and integration tips for Python.
Customize the software to fit your workflow. Includes UI themes, default tool settings, and other preferences to personalize your experience.
Series of articles explaining how to manage MeshInspector's subscription
A collection of solutions to login-related issues