What's New in Geomagic Qualify 10
Geomagic Qualify 10 introduces compelling new features that advance and speed the inspection process.
Multi-Sensor Metrology Support
Geomagic Qualify 10 provides multi-sensor metrology support in one single application for users who wish to take advantage of the combined strengths of 3D scanners and hard probes. With Geomagic Qualify 10, users can
leverage hard probing to improve alignment accuracy and achieve a faster and more precise inspection of geometrical features.
Geometric Feature Inspection
New capabilities in Geomagic Qualify 10 enable users to quickly detect and inspect geometrical features such as spheres, planes, cones, cylinders, slots, holes and points. Geomagic Qualify 10 automates feature creation and other inspection tasks such as calculating size, analyzing fit, comparing 2D and 3D features, and measuring point-to-point and feature-to-feature distances and angles.
Streamlined Workflow
The new hard probing and 3D feature capabilities in Geomagic Qualify 10 are fully integrated with functions such as alignment, GD&T, and 2D and 3D dimensioning. Users benefit from a single, intuitive workflow that yields a comprehensive set of quality reports.
XML-based Publishing Option
New XML-based publishing option provides greater flexibility in report generation. All contents
in the report can be output as XML elements for further processing by an external system, or the new report engine that is included
with the latest version of Geomagic Qualify 10.
Enhanced GUI
Geomagic Qualify 10 comes with an enhanced GUI that makes it easier for users to
deliver better results faster. User-configurable display themes, sliders, and collapsible menus provide a cleaner, less cluttered workspace and improves work efficiency.
Windows XP and Vista Support
Geomagic Qualify 10 supports Windows XP 32-bit and 64-bit operating systems as well as Windows Vista 32-bit and 64-bit operating systems. The 64-bit edition of Geomagic Qualify 10 enables users to take advantage of the expanded memory capacity of 64-bit computer systems to process huge datasets generated by the newest generation of non-contact 3D scanners.
