GOM Volume Inspect Pro
Individual inspections with maximum efficiency
GOM Volume Inspect Pro features numerous functions that users can automate and program according to their needs.
You want to be even more productive with GOM Volume Inspect?
You want to customize visualizations, evaluations and records of geometries, defects, structures and assembly situations - quickly and with just a few clicks? Then check out the full range of functionalities of GOM Volume Inspect: the Pro license with parametric inspection features, a macro recorder and a Python interface.
Your advantages with GOM Volume Inspect Pro
Apply existing evaluations to other parts and speed up your processes.
Perform automated evaluations of defects such as pores or shrinkage cavities based on a wide range of criteria.
Do easy and fast trend analyses and part-to-part comparisons.
Add your own individual evaluations and templates to the software.
Record automated process chains with macros that are running automatically.
Import external Python libraries and create brand new functions within the software.
New features starting Summer 2021
Enhanced volume visualization
Inspect your object using the Volume Detail View and capture all relevant information in videos. Another feature: individual color plots for a clear and structured visualization of part features and materials in the volume.
Porosity analysis and evaluation
The software walks you safely through the three-dimensional porosity analysis –for aluminum and magnesium alloy castings for example (in accordance with guideline P203), as well as for plastic parts.
Volume separation of batch scans
After having scanned several parts “in one shot” in the CT, you can now extract parts one by one out of the batch volume by using the new Volume Separation function - thus simplifying individual evaluations or part-to-part comparisons.
GOM Volume Inspect Pro “at work"
Visual inspection of a rechargeable battery
The aim is to inspect critical components of a rechargeable battery and to check it for defects. After scanning the battery with a computed tomography system, the CT data is evaluated in GOM Volume Inspect Pro: The software creates digital sectional views at any given point on the battery. You can customize the image details and contrast which reveal even minute details and material differences in superb quality. Typical problematic areas near the anode overhang, tramp material or defective welding points are also detected without fault.
3D inspection of an injection-molded part with a rubber ring
The CT and CAD data of the part are imported into GOM Volume Inspect Pro. You can conduct a target/actual comparison and wall thickness analyses in the software to evaluate component quality and to optimize tooling, if necessary. The software visualizes dimensional variations in a color profile which displays shrinkage and warpage in distinct colors. GD&T evaluations for the component – including its internal structures – and extensive reporting round off this inspection.
Detailed defect inspection of an injection-molded part
In this example the injection-molded part is inspected for inclusions and voids and subjected to an in-depth metrological evaluation. This is the only method that ensures that strict quality requirements are met. When it comes to inspecting internal structures, GOM Volume Inspect Pro offers dedicated measuring tools that analyze the porosity of your component, its defect dimensions and their distance from the outer shell and which apply tolerance ranges for their specific classification.
Software demo with your part
Make an appointment now with our CT experts to check out our software during an individual demo. We will be happy to carry out the demo digitally or on-site with your own components.
What our customers say
"From my point of view, GOM Volume Inspect – compared to other CT software packages – is the leader in the measurement of freeform surfaces. Since we have been using the software, we have been able to precisely analyze the surface profile, for example of very small radii, during GD&T inspection and execute a tolerance comparison (target/actual comparison). Elements that were previously unmeasurable for us can now be analyzed and measured in a comparably simple way."
Bernd Föller, Team Leader Measurement Laboratory at ODW-ELEKTRIK, Germany
“When we have to qualify new parts, we use computed tomography and GOM Volume Inspect for metrological evaluations of incoming plastic parts and, in some instances, also for die-cast parts. We used to measure the parts with a CMM that was equipped with auxiliary devices. It took us up to two days to measure 30 to 40 measuring points. Depending on the complexity of the part, it now takes only two to three hours to inspect the part with GOM Volume Inspect and we obtain much more detailed information about the component."
Wilhelm Stehle, Group Leader Metrology for Parts at Testo SE & Co. KGaA, Lenzkirch (Germany)