GOM Inspect 2019 represents a perfect balance of power and accessibility. It transformed 3D inspection from a niche lab activity into a standard floor-side manufacturing process. By providing detailed insights into part quality and geometry, it helps companies reduce scrap, shorten development cycles, and maintain the highest standards of precision.
The software works by comparing a (the actual scanned part) against this solid piece (the ideal part) to identify deviations. How to Use a Solid Piece in GOM Inspect 2019
Uses specific fixture points or functional datums to mirror physical machining orientations.
Many legacy industrial systems and CAD formats are perfectly optimized for this specific version.
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. Gom Inspect 2019
Reduces noise and optimizes polygon counts without losing edge sharpness.
automatically suggests the most probable root cause for a detected deviation by integrating live manufacturing parameters and historical inspection data.
Whether you are using the free basic version for mesh processing or the professional version for automated parametric inspection, GOM Inspect 2019 delivers high-precision accuracy to industries worldwide, including automotive, aerospace, consumer goods, and medical technology. Key Features and Technical Enhancements
The processing of computed tomography (CT) data received a substantial boost. GOM Inspect 2019 enabled users to import voxel data directly, allowing for non-destructive inner inspection. Users could analyze internal structures, porosity, material thickness, and internal CAD deviations without slicing the physical part. 4. Step-by-Step Workflow in GOM Inspect 2019 GOM Inspect 2019 represents a perfect balance of
The standard workflow in GOM Inspect follows a logical order:
GOM Inspect 2019 represents a significant milestone in the evolution of optical metrology software. While newer versions exist today, the 2019 release consolidated several critical technologies—specifically in mesh processing and inspection—that became the industry standard for quality control.
One of the defining features of GOM Inspect 2019 is its parametric approach. Every single analysis step is tracked and linked.
Dedicated NVIDIA Quadro or GeForce card with at least 4 GB VRAM, supporting OpenGL 4.1 or higher. (Intel integrated graphics are not recommended). The software works by comparing a (the actual
High-density 3D meshes demand significant computing power. Optimize your workstation with these hardware specifications: : Windows 10 (64-bit)
tool to create color-coded maps showing how your part differs from the CAD model. Table of Contents
To run Gom Inspect 2019 smoothly, your workstation should meet the following specifications (as per GOM’s 2019 guidelines):