A complete solution from reconstruction to analysis of CT scan data
Digi XCT consists of the following modules:
Visualization & Measurements
Basic module, it provides measurements, multi-window visualization and includes multi 2D/3D rendering of voxel data.
The advantages for the users are real-time representation, interactive clipping combined with 3D measurements (planes, volumes) with sub-voxel precision.
Module for porosities analysis and quantification.
This analysis provides information on the physical characteristics of the materials and the quality of the manufactured parts.
Digi PAT is easy to use due to its user-friendly configuration interface based on a preview of the results with interactive thresholding.
Referencing (Coordinate Measurement)
Used to define an absolute reference system for repeated reliable measurements. This referencing is intuitive, directly in 3D, the 3-2-1 method in plane and cylinder mode is used.
Extension to Python library
Now you can run your python script into Digi XCT environment and take advantage of our superior visualization interface to display your results. More over Digi PYT module opens an endless world of customization for all Digi XCT modules (reconstruction to metrology). Digi PYT is optimized for IPSDK, a high performance image processing library.
Nominal to Actual Comparison
Uses the Meteor software application and efficiently and easily compares CT data (Voxel) with scatter plot or 3D meshing files from CAD, optical scanners or CMMs. This is a powerful reverse engineering module (PTB certified) with multiple readjustment tools (best fit, RPS, etc.) with configurable color mapping tools and an add-in for AutoCAD.
Metrological measurement on Voxel
An expert solution for metrologists. Developed in partnership with Hexagon Intelligence Manufacturing. Requires the Quindos and Meteor products (see Metrology pack). This solution allows direct measurement from your CT native voxel files by CMM emulation.
Reconstruction module integrated in the XCT GUI.
It guarantees high speed (multi-gpu), versatility (CBCT, laminography, parallel beam) and image quality (Metal filter, ring, etc.). This module uses our proprietary SNAP CT reconstruction engine.