Gom Inspect 2019
16GB minimum, though 32GB+ is ideal for large datasets or CT scans. OS: Windows 10 (64-bit). Conclusion
A comparison between the
A "heat map" showing deviations between the actual scan and the nominal CAD model.
Automatically aligns the scan data to the CAD surface by minimizing overall deviations. Gom Inspect 2019
GOM Inspect software is used in a wide array of industries, including automotive, aerospace, and medical device manufacturing.
The 2019 version brought several structural changes aimed at improving user efficiency and expanding measurement capabilities. Smart Inspection Metrology (Virtual Measuring Room)
For automated inspection cells, GOM Inspect Professional 2019 interfaces with the Virtual Measuring Room. 16GB minimum, though 32GB+ is ideal for large
GOM Inspect is a resource-intensive application designed to process large 3D datasets. While GOM and ZEISS do not always publish static system requirements due to constant software evolution, the software is typically supported on operating systems. A high-performance workstation is strongly recommended, featuring a powerful multi-core processor (Intel Xeon or Core i7/i9), at least 16 GB of RAM (32 GB or more for complex projects), a dedicated professional-grade graphics card (like NVIDIA Quadro), and a solid-state drive (SSD) with sufficient storage space for project files. It is always best to consult the official GOM (or ZEISS) website or the software's installation guide for the most accurate and up-to-date specifications.
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
Used extensively for sheet metal inspection, tool and die tuning, and analyzing crash test deformations. The software enables engineers to see exactly how a stamped metal panel springs back after exiting the press tool. Aerospace and Turbine Inspection Automatically aligns the scan data to the CAD
Total and circular runout evaluations using construction elements like cylinders, cones, and planes. Step 5: Reporting and Export
Ensure your data is aligned using the "Best-Fit" method (typical error ~0.05 mm) to get accurate deviation maps.
In the automotive sector, GOM Inspect 2019 is heavily utilized for sheet metal inspection, flush-and-gap analysis, and tool/die wear tracking. By comparing stamped parts against CAD data, engineers can spot structural spring-back errors instantly.
The basic process for inspecting a manufactured part against its design involves these key steps:
Automatically computes the best initial fit between the mesh and CAD based on geometric features.
