Inspect 2019 - Gom
Verifying plastic parts against nominal CAD to discover shrinkage and warp.
If you have questions about specific features, like how to perform a Local Best-Fit or export data for a report,
The inspection process begins by importing the nominal data (typically a CAD model in STEP, IGES, or native formats) and the actual data (STL meshes, point clouds, or photogrammetry data).
Ensures strict safety tolerances and optimizes aerodynamic efficiency. Gom Inspect 2019
Checking if two scanned components will fit together before they are physically joined. System Requirements
If you replace the mesh data with a new scan, the report pages will automatically update with the new measurements. Cylindricity
The 2019 release brought several key innovations that significantly boosted efficiency and accuracy: Verifying plastic parts against nominal CAD to discover
You can import solid models in common formats like STEP, IGES, or JT . In the professional version, you can directly import native CAD files from CATIA, SolidWorks, or NX.
GOM Inspect is famous for its ability to handle "dirty" data. The 2019 version features advanced algorithms for:
This article explores the core functionalities, applications, and significance of GOM Inspect 2019 in modern manufacturing and quality control. 1. Core Functionalities of GOM Inspect 2019 Checking if two scanned components will fit together
Achieving the correct alignment between scan data and CAD is critical. GOM Inspect 2019 offers diverse alignment strategies:
For many users, because of the unrestricted free version and the absence of forced cloud features.
A professional metrology report generated with GOM Inspect generally includes the following sections:
