Used in research, such as analyzing tooth movement in dentistry. Getting Started: Best Practices for GOM Inspect 2019
Enhanced capabilities for importing and analyzing industrial Computed Tomography data, enabling non-destructive internal inspections.
Research and industrial case studies highlight how GOM Inspect 2019 is utilized across specialized fields: Application Case Study
Surface defect analysis was also enhanced across the ATOS Professional, GOM Inspect, and GOM Inspect Professional software packages. The new and improved algorithms make it easier to identify defects like dents, bumps, or scratches. For example, the software now enables users to check sheet metal and plastic parts against a "master" part, making surface defect identification much simpler and more reliable.
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:
Overview Gom Inspect 2019 is a metrology and 3D inspection software release from GOM (now part of ZEISS Group) tailored for industrial quality control, reverse engineering preparation, and dimensional analysis of 3D scan and CAD data. It focuses on non-contact measurement workflows, offering tools to import, align, analyze, and report on point clouds and polygon meshes produced by structured-light scanners, optical coordinate measuring systems, and photogrammetry.
Take snapshots of critical deviations. Format the tables and export the final document as a PDF or CSV file for further database integration. Industrial Applications Primary Use Case Key Benefit Sheet metal inspection and tool try-out Reduces assembly gap errors Aerospace Turbine blade profile analysis Ensures aerodynamic efficiency Injection Molding Shrinkage and warpage optimization Accelerates mold correction loops Castings Wall thickness analysis Prevents structural failures System Requirements for GOM Inspect 2019
