>
Product
>
FLImaging®
>
CT Analysis
Through CT reconstruction algorithms—the pinnacle of non-destructive testing—we prove unrivaled technological prowess worthy of being designated as a standard for SI companies by global end-users.
CT scan data is reconstructed using standard FBP/FDK back-projection algorithms. Translation, Rotation, and arbitrary scanning methods are supported. Users can freely configure the slicing direction of output cross-sections and voxel resolution.
Computed Tomography CT
- 1. Supports high-speed computation with GPU acceleration.
- 2. Provides simplified parameter configuration by applying default assumptions based on the scanning method for Rotation and Translation algorithms.
- 3. Supports reconstruction for complex scanning methods by specifying the position and pose of the Source, Object, and Detector for each projection in the Generalized algorithm.
- 4. Supports integrated reconstruction of CT data acquired from Detectors with different specifications in the Generalized algorithm.
- 5. Allows configuration of the number and size of output voxels, as well as the slicing direction of the output cross-sections.
Computed Tomography Rotation CT
Performs FDK-based back-projection by assuming a constant rotational movement of the object between projections, enabling simple parameter configuration.
Computed Tomography Generalized CT
Performs FDK-based back-projection by specifying the positions of the Source, Object, and Detector for each projection and configuring the frequency filtering direction.
Computed Tomography Translation CT
Performs FBP-based back-projection by assuming a constant translational movement of the object between projections, allowing simple parameter configuration.