In the world of quality control and metrology, software often costs as much as the hardware it runs on. However, in 2019, GOM (now part of ZEISS) released a version of its industry-leading inspection software that disrupted the market: .
: Add "Deviation Labels" to specific points of interest to see exact numerical differences.
If you want to optimize your current quality control workflow, please let me know: Gom Inspect 2019
. Unlike older systems where individual inspection steps were isolated, GOM Inspect 2019 treats every element as part of a traceable, live process chain. If a CAD model is replaced or a measurement point is moved, the entire project—including alignments, GD&T (Geometric Dimensioning and Tolerancing), and report pages—automatically recalculates. This "teaching by doing" approach significantly reduces the time spent on repetitive inspection tasks. Comprehensive Toolset for 3D Inspection
Note: GOM Inspect 2019 is heavily dependent on OpenGL. AMD consumer cards sometimes glitch; NVIDIA is the safe bet. In the world of quality control and metrology,
Improves the surface topology for subsequent analysis or reverse engineering. CAD Alignment and Comparison
The user applies an initial alignment (such as a Pre-alignment or Best-Fit) to roughly orient the scan to the CAD model. Following this, a more precise alignment strategy (e.g., RPS or datum system alignment) is applied based on the technical drawing requirements. Step 4: Visual Surface Comparison If you want to optimize your current quality
Utilized to inspect small, intricate plastic parts, ensuring that tight assembly tolerances and medical-grade standards are met. 6. System Requirements and Performance Optimization
Results are compiled into customizable PDF reports that include interactive 3D views and deviation labels for critical points. New Features in the 2019 Version
The 2019 release introduced enhanced surface defect inspection tools. It automatically detects wrinkles, sink marks, dents, and bulges on complex surfaces. The software computes a virtual master grid to analyze local deviations independently of global tolerances. Comprehensive Alignment Tools
What (e.g., ATOS, laser scanner, CMM) are you using to capture your data?