2019 - Gom Inspect

Technical Notes & Best Practices

GOM Inspect 2019 (now part of ZEISS INSPECT ) is a standard tool for 3D inspection and mesh processing. This guide outlines the core workflow and essential tips for using the 2019 version.

automatically suggests the most probable root cause for a detected deviation by integrating live manufacturing parameters and historical inspection data. Gom Inspect 2019

In the years following the 2019 release, GOM was fully integrated into the ZEISS Group. Consequently, GOM Inspect is now known as . The core software suite continues to be developed under the ZEISS brand, with the same powerful inspection and mesh processing capabilities. For users today, ZEISS Inspect is the direct successor to GOM Inspect, offering continued innovation and support for all modern scanning hardware.

Older versions of GOM Inspect? - General - ZEISS Qualityforum Technical Notes & Best Practices GOM Inspect 2019

GOM Inspect 2019 is a comprehensive metrology software designed to process 3D data from fringe projection scanners, laser scanners, coordinate measuring machines (CMMs), and other measuring systems. The software translates raw point clouds into highly accurate polygonal meshes and allows users to compare these meshes directly against CAD models.

: A "global best fit" that roughly overlays the mesh onto the CAD. In the years following the 2019 release, GOM

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

Analyzing turbine blades, casting geometries, composite structures, and wear-and-tear degradation.

Construct precise coordinate systems based on primary, secondary, and tertiary datums.