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The standard development workflow involves four primary stages:
If you are just beginning to explore 3D metrology, GOM Inspect offers a solid foundation with its free version, providing comprehensive tools that are both user-friendly and powerful enough for complex industrial applications.
Mastering 3D Metrology: A Comprehensive Guide to GOM Inspect 2019
GOM Inspect 2019 is packed with features designed to simplify the inspection workflow: 1. Polygon Mesh Processing Gom Inspect 2019
: Once you have your scan data aligned and your deviations or labels set up, click the Create Report Page icon in the main toolbar (usually a camera or page icon). Choose a Template
Uses three planes, two points, and one point to establish a rigid coordinate system based on drawing specifications. Step 3: Nominal/Actual Comparison
Inspectors curate screenshots, measurement tables, and trend analysis charts into a clean report format. These templates can be saved and reused for automated batch processing of subsequent production parts. 4. Major Industrial Applications Choose a Template Uses three planes, two points,
Creating CAD models from physical parts.
The 2019 version brought several structural changes aimed at improving user efficiency and expanding measurement capabilities. Smart Inspection Metrology (Virtual Measuring Room)
To ensure smooth processing of dense 3D mesh files containing millions of polygons, your workstation should meet or exceed these hardware specifications: Hardware Component Minimum Requirement Recommended Specification Windows 10 (64-bit) Windows 10 or 11 (64-bit) Processor (CPU) Intel Core i5 or equivalent Intel Core i7 / i9 or AMD Ryzen 7 / 9 Memory (RAM) 32 GB to 64 GB (for large point clouds) Graphics Card (GPU) OpenGL 3.3 compatible NVIDIA Quadro or RTX series with Dedicated VRAM Storage SSD for installation and scratch files NVMe M.2 SSD Conclusion and user-friendly interface customization
The 2019 version introduced several architectural updates that prioritized processing speed, automation, and user-friendly interface customization, bridging the gap between manual inspection and fully automated inline quality control. 2. Core Features and Key Enhancements
Unlocks the full parametric workflow, teaching by doing, script automation (using Python), multi-part trend analysis, and advanced automated inspection capabilities. 7. Conclusion