CT Reconstruction
X-AID can reconstruct data from various CT acquisition modes and is characterized by very fast results due to its multi-GPU implementation.
Artifact Correction
X-AID is able to correct for a large variety of CT artifacts. Quick previews ensure an intuitive selection of parameters to obtain optimal reconstruction results.
3D Visualization
X-AID offers additional capabilities for volume analysis and 3D visualization of the final reconstruction results.
End-user software with intuitive GUI
X-AID runs as stand-alone application and is available for Windows and Linux. (A GPU card is recommended.)
X-AID is developed in close collaboration with experienced CT users to guarantee a simple use of the software.
X-AID provides high-quality 3D CT data volumes without the need for profound knowledge in data processing.
X-AID features data-reading routines for many common CT devices and further possibilities for data import.
API for C++ and Python
Most functionalities of the X-AID framework are available as fully documented C++ SDK and Python API. The libraries allow for the development of individual software solutions, fast integration into existing workflows or the prototyping of advanced X-ray imaging techniques. OEM partner can thereby benefit from the broad range of possibilities, the fast processing speed and the high data quality that can be achieved by X-AID.
Reconstruction of various CT scanning modes
Reconstruction of cone-beam or fan-beam CT data acquired over 360°.
Reconstruction of cone-beam or fan-beam CT data acquired over 180° + fan angle.
Reconstruction of CT data from local tomographies to increase the scan resolution.
Reconstruction and merging of CT data from several height positions of the object to increase the vertical field of view.
Reconstruction of CT data from off-axis tomographies to nearly double the horizontal field of view.
Reconstruction of CT data from multiple off-axis tomographies to even further increase the horizontal field of view.
Reconstruction of helical scanning trajectories to increase the vertical field of view and reduce cone-beam artifacts.
Reconstruction of data from acquisition modes for flat objects like oblique/planar CT and linear/rotational laminography.
Reconstruction of advanced CT acquisition modes like non-equidistant angular sampling (HART) or varying geometric magnification.
Fast results
X-AID is optimized for multi-GPU and achieves fast results even for larger data sizes. The software is compatible with Nvidia and AMD. We can support you to choose the most suitable hardware configuration to profit most from X-AID for your specific needs.
7s
1024x1024x16011 GPU (Titan X)
4s
1024x1024x16012 GPU (Titan X)
10s
1024x1024x16011 GPU (AMD Radeon Pro)
7s
1024x1024x16012 GPU (AMD Radeon Pro)
81s
2048x2048x22001 GPU (RTX A5000)
43s
2048x2048x22002 GPU (RTX A5000))
23min
4000x4000x40001 GPU (RTX A5000)
12min
4000x4000x40002 GPU (RTX A5000)
Versatile tools for image improvements
Geometrical errors
Scan instabilities
Bad pixels / rings
Beam hardening
Scattering
Phase effects
Flexible and versatile data handling
Rotate and crop the volume prior to reconstruction to adjust the orientation of your object and reduce empty space.
Screen cross-sectional slices through the 3D volume in all three dimensions for a first assessment of the data.
Transfer the data into other common software tools to perform more sophisticated analysis tasks when needed.
Select different 3D regions-of-interest directly within X-AID and only export these sub-volumes to save storage space.
Advanced processing options
Semi-automated and multi-GPU-based statistical iterative reconstruction for image quality improvements.
Data can be processed directly from hard drive and to hard drive to significantly reduce RAM consumption.
Automatic serial reconstruction of multiple scan data without the need for any interaction.
