For many users, because of the unrestricted free version and the absence of forced cloud features.
Are you using the or the professional license ?
GOM Inspect 2019 occupies the mid-to-high end of the inspection software market for optical/CT/CMM data. It is particularly strong in visual analysis and integration with optical metrology hardware. Alternatives include standalone inspection suites from Hexagon (PC-DMIS), PolyWorks, and open-source or lower-cost tools; selection depends on required analysis depth, hardware compatibility, budget, and user expertise.
Easily detect material thinning, casting defects, or injection molding errors. 3. GD&T (Geometric Dimensioning and Tolerancing) Gom Inspect 2019
The 2019 release brought significant improvements over previous iterations, focusing heavily on algorithmic optimization and broader sensor support. Advanced Polygon Mesh Processing
Automatically aligns the mesh to CAD by minimizing overall deviation.
Uses specific reference points defined by engineering constraints. For many users, because of the unrestricted free
Maximizing efficiency in GOM Inspect 2019 relies on adhering to its structured linear data workflow:
Specialized tools analyze turbine blade profiles, chord lengths, and twist angles.
A standout feature of GOM Inspect 2019 Professional is its fully parametric architecture. Every analysis step is recorded and linked. If a change is made to the alignment or a primitive element, all dependent inspection steps update automatically. This "teaching" capability allows users to create an inspection template for one part and apply it instantly to multiple subsequent parts, drastically reducing inspection time for series production. 3. What’s New in the 2019 Release? It is particularly strong in visual analysis and
Using the mesh processing tools to prepare scans for surfacing in CAD software.
If the scanned data contains extraneous fixtures, overlapping scan patches, or noise, the user trims the mesh, applies smoothing filters, and closes critical holes to prepare the surface for inspection. Step 3: Alignment