With GOM Inspect Professional inspection becomes faster and easier. GOM Inspect Professional offers all features of GOM Inspect plus additional user benefits – all to increase the efficiency of your workflow.
The GOM software is based on a parametric concept, which forms the underlying foundation for every function. This parametric approach ensures that all process steps are traceable, thus guaranteeing process reliability for measuring results and reports.
With Teaching by Doing, any completed evaluation can be easily applied to two or more parts. Thanks to the parametric design, the software automatically stores each individual inspection step. There is no difference between single and multiple evaluations. All evaluation steps can be operated without scripting, previous planning or user intervention, so that no time is spent on programming.
The underlying parametric concept of the GOM software enables a trend analysis for multiple evaluations, for example, in statistical process control (SPC) or for deformation analysis. This enables full-field evaluation of several parts or stages within a single project and offers functionalities for determining statistical analysis values such as Cp, Cpk, Pp, Ppk, Min, Max, Avg and Sigma.
GOM Inspect allows for CAD file imports from a range of different formats, including JT Open, STEP, IGES, CATIA & Solidworks files. Measurement plans can also be taken in by the software in formats of CSV, DMI, ASCII, IPP and FTA to work as the basis of inspection. The simplicity of GOM Inspect allows for a drag and drop of CAD files into the software, in which are automatically identified and assigned by the software.
Polygon meshes can be aligned and compared to CAD data or technical drawings. This allows for an analysis of part surfaces, as well as 2D inspection such as sections, planes, lines and circles. The surface comparison heat map is the standard inspection function when searching for part defects.
The software conducts GD&T analysis in conformance with ASME and ISO standards. Functionality such as parallelism, cylindricity, flatness, two-point distances, position tolerance and thickness are all possible within GOM Inspect.
The GOM software is inbuilt with trend functionality that makes evaluation of multiple parts or stages possible within a single project. Statistical Process Control (SPC) is supported, with values of Cp, Cpk, Pp, Ppk, Min, Max, Avg & Sigma contained within GOM Inspect.
GOM supports interfaces for digital transfers of inspection features to assist PLM (Product Lifecycle Management) and PMI (Product Manufacturing Information). Quality criteria and datum systems that were implemented by a semantic construction into the CAD can be transferred digitally and evaluated in a context-sensitive way. Since the inspection plan is generated directly during the CAD import, additional work-intensive programming is not necessary.
In digital assembly, several components can be virtually aligned to each other. The inspection is based on parts. This feature increases the flexibility, e.g. for the alignment of components as well as for the analysis of gap and flush or material thickness.
The concept of scripting bases on a command recorder, which can record all executed operations in the software. The software saves the recording as Python script. That way, you can execute the recording repeatedly. By editing the recorded script, you can adapt the script to other tasks or generalize it. The programming is based on modification or combination of recordings.
The VMR is a virtual, yet functional representation of the real world. The VMR is a fully integrated solution, allowing for the complete reproduction of automated measurement processes. Combining the parametric inspection processes offered by GOM Inspect Professional, the VMR enables the execution of automated measurements: import of measurement plans, offline and online programming, 3D measurement simulation, collision control, safety, data capturing, inspection and reporting.
Polygonize Point Cloud Data
Polygonize Point Cloud Data
Polygonize Point Cloud Data
Polygonize Point Cloud Data
Import/Export Measuring Data (ASCII, STL, PSL, PLY, CT Data)
Import/Export Measuring Data (ASCII, STL, PSL, PLY, CT Data)
Import/Export Measuring Data (ASCII, STL, PSL, PLY, CT Data)
Import/Export Measuring Data (ASCII, STL, PSL, PLY, CT Data)
CAD Import Basis (IGES, STP, PLY...)
CAD Import Basis (IGES, STP, PLY...)
CAD Import Basis (IGES, STP, PLY...)
CAD Import Basis (IGES, STP, PLY...)
Mesh Processing (Laser Scanners, CTs, White Light Scanners)
Mesh Processing (Laser Scanners, CTs, White Light Scanners)
Mesh Processing (Laser Scanners, CTs, White Light Scanners)
Mesh Processing (Laser Scanners, CTs, White Light Scanners)
Alignments and Local Coordinate Systems
Alignments and Local Coordinate Systems
Alignments and Local Coordinate Systems
Alignments and Local Coordinate Systems
Nominal/Actual Comparison
Nominal/Actual Comparison
Nominal/Actual Comparison
Nominal/Actual Comparison
Geometric Dimension and Tolerancing (GD&T)
Geometric Dimension and Tolerancing (GD&T)
Geometric Dimension and Tolerancing (GD&T)
Geometric Dimension and Tolerancing (GD&T)
Curve Inspection
Curve Inspection
Curve Inspection
Curve Inspection
Airfoil Inspection
Airfoil Inspection
Airfoil Inspection
Airfoil Inspection
Surface Defect Inspection
Surface Defect Inspection
Surface Defect Inspection
Surface Defect Inspection
Reporting
Reporting
Reporting
Reporting
Traceability
Traceability
Traceability
Traceability
Parametric Inspection
Parametric Inspection
Parametric Inspection
Parametric Inspection
Teaching by Doing
Teaching by Doing
Teaching by Doing
Teaching by Doing
Part Trend Analysis
Part Trend Analysis
Part Trend Analysis
Part Trend Analysis
CAD Import Native (CATIA, UG, Pro/E, ...)
CAD Import Native (CATIA, UG, Pro/E, ...)
CAD Import Native (CATIA, UG, Pro/E, ...)
CAD Import Native (CATIA, UG, Pro/E, ...)
CAD Import with Semantic PMI/FTA/MBD
CAD Import with Semantic PMI/FTA/MBD
CAD Import with Semantic PMI/FTA/MBD
CAD Import with Semantic PMI/FTA/MBD
Customisation with Project Templates
Customisation with Project Templates
Customisation with Project Templates
Customisation with Project Templates
Digital Assembly: Add a New Part
Digital Assembly: Add a New Part
Digital Assembly: Add a New Part
Digital Assembly: Add a New Part
Scripting
Scripting
Scripting
Scripting
Virtual Measuring Room (Additional Module)
Virtual Measuring Room (Additional Module)
Virtual Measuring Room (Additional Module)
Virtual Measuring Room (Additional Module)
Virtual Clamping (Additional Module)
Virtual Clamping (Additional Module)
Virtual Clamping (Additional Module)
Virtual Clamping (Additional Module)
Flexible Solution for Network License
Flexible Solution for Network License
Flexible Solution for Network License
Flexible Solution for Network License