Gom Inspect 2019 Verified Jun 2026
GOM Inspect 2019 set a new standard for accessible, high-performance 3D metrology software. By introducing game-changing features like Smart Teach automation and Virtual Clamping, it directly addressed industry needs for efficiency and accuracy. Its two-tiered model, offering a free, full-featured basic software alongside a powerful professional version, democratized access to advanced inspection tools for professionals and hobbyists alike. Whether applied in aerospace, automotive, or additive manufacturing, GOM Inspect 2019 remains a benchmark in the evolution of industrial inspection software, legacy that lives on in the comprehensive ZEISS Inspect suite of today.
: Imports data from various scanner brands.
Import, edit, and refine 3D point clouds and STL/mesh files. It allows for smoothing, thinning, and repairing mesh gaps. Gom Inspect 2019
: Efficient editing of full-field digitized data, such as STL meshes, including smoothing, thinning, and hole-filling. CAD Comparison
Extracting precise surfaces from computed tomography (CT) data. 2. CAD Comparison and Color Mapping GOM Inspect 2019 set a new standard for
GOM Inspect 2019 remains an industry standard for 3D metrology inspection. By pairing intuitive visual deviation maps with rigorous ASME/ISO standardized geometric analysis, it helps modern manufacturing facilities transition smoothly from slow, manual CMM touch-probing to fast, high-density optical 3D digitization.
A cleaner, more customizable workspace allowed users to create custom toolbars and shortcuts tailored to specific inspection routines. Step-by-Step Inspection Workflow It allows for smoothing, thinning, and repairing mesh gaps
The 2019 version of GOM Inspect introduced significant performance optimizations, advanced inspection functions, and user interface improvements designed to streamline the quality control process. The software is available in two versions:
The core architecture of GOM Inspect 2019 relies on a fully parametric concept. Every individual evaluation step is recorded and remains linked within a live tracking pipeline. This means that if you replace the underlying mesh data with a new scan of a different part, the entire inspection path recalculates automatically. This eliminates the need to recreate measurement plans for serial inspection. 2. Advanced Mesh Processing and Editing
The software is heavily used in 3D digital dental modeling. It serves to analyze the accuracy of digital impressions (intraoral scanners) and to compare pre-treatment and post-treatment models, particularly for aligner therapies (e.g., Invisalign). Manufacturing and 3D Printing
Generates structural analysis along specific 2D planes to evaluate internal radii, step heights, and gaps.