You can now share inspection results, part information, and PDF reports from our software directly to the Metrology Reporting platform with the click of a button.

With Metrology Reporting, data-driven decision making has never been easier:

• Consolidate disparate reporting tools into one central location.
   
• Track the real-time status of measured parts, get failure details, and view metrology reports on any device at any time.
   
• Use centralized data to automate workflows
  and reduce labor costs.

Learn more about this simple, intelligent, and accessible cloud‑based reporting and visualization tool here.

This feature is provided in: 
VGSTUDIO MAX

You can now configure up to what size particles and voids should be filtered out of the advanced classic and multi-material surface determination.

The calculation is now done based on the result surface instead of the starting contour to avoid particles and voids being found again during the advanced surface determination within the search distance.

There is a new option for the advanced classic surface determination to create a two-component volume where the voids are separated from the material. This way, you can use the component selection to specify whether or not the surface of voids is to be considered in subsequent analyses (e.g., wall thickness analysis or nominal/actual comparison).

This feature is provided in: 
VGSTUDIO MAX
VGinLINE

The improved visualization as a volumetric zone makes it even easier to understand the programmed tolerance on the nominal part, as well as the tolerance state of the real object.

The tolerance zones are color-coded in green (OK) or red (not OK) depending on their evaluation state.

Geometric tolerances will now show their tolerance zones when selected in the Scene Tree and when automatic images are reported.

This feature is provided in: 
VGSTUDIO MAX
VGSTUDIO
VGMETROLOGY
VGinLINE

Use our new voxel-based gap calculation to measure precise distances between pore surfaces and accurately determine the smallest gap for subsequent evaluation. This is an important addition to the software’s well-known gap calculation based on circumscribed sphere measurement.

This new feature allows for easier reporting and opens up entirely new possibilities in the porosity/inclusion analysis of CT scans:

• Measure the distance between hundreds of pores faster and more precisely than possible with conventional means like microscopy on metallographic specimen.
• Decrease the potential for false rejects.

The new voxel-based gap is now the default calculation for the porosity/inclusion analysis. Customers who wish to continue using the sphere-based gap calculation may do so by changing the selection before conducting their analysis.

This feature is provided in: 
VGSTUDIO MAX
VGinLINE

The new interactive indication images in 3D for porosity analyses provide valuable additional context to the 2D indication images, making it much easier to see where exactly in the part an indication is located. This allows you to more accurately gauge the effect the indication might have on the part's quality.

This feature is provided in: 
VGSTUDIO MAX
VGSTUDIO
VGMETROLOGY
VGinLINE

You can now adjust the font size for most reporting elements, providing a welcome layer of flexibility when customizing your report layouts and enabling you to easily highlight important information, e.g., part serial numbers or evaluation states.

This feature is provided in: 
VGSTUDIO MAX
VGSTUDIO
VGMETROLOGY
VGinLINE

We now support .svg, .gif, and .jpg images, making it easier to add custom images to reports without needing to convert them first. Custom images also support animations that might be in .svg or .gif files, extending the way reports can be customized.

This feature is provided in: 
VGSTUDIO MAX
VGSTUDIO
VGMETROLOGY
VGinLINE

The new fixed contours approach (available with the Coordinate Measurement Module) allows you to specify one or several contours (which can be ROIs, meshes, CAD models, or the surfaces of other volumes) and directly convert them into a volume surface. Each contour will be converted to a separate volume component. Should components overlap, subsequently specified components will replace the ones previously created.

This feature is provided in: 
VGSTUDIO MAX
VGinLINE

Speed up your workflows and train models more quickly by using extracted ROIs rather than the entire volume.

To improve an existing segmentation locally, quickly train and apply a model for a subset of the volume and merge it with the original one.

This feature is provided in: 
VGSTUDIO MAX

Enjoy a more streamlined process and fewer mouse clicks thanks to the new ability to create ROI intersections directly in the ROI creation dialog box.

This feature is provided in: 
VGSTUDIO MAX

In our new semi-automated workflow, you can now easily auto-optimize the determination of the ideal misalignment correction.

This feature is provided in: 
VGSTUDIO MAX
VGSTUDIO