Voxray develops next-generation CT reconstruction software utilizing a novel physically-based algorithm. This software minimizes beam hardening and metal artifacts while enabling reconstruction at up to twice the hardware resolution. The platform supports arbitrary acquisition trajectories and automatically corrects geometric errors for increased image sharpness.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial computed tomography (CT) scans of complex components often suffer from reconstruction artifacts, which reduce measurement accuracy and obscure critical defects, especially in composite materials. Existing CT scanners may require long scan times and frequent calibrations to achieve acceptable image quality, limiting inspection throughput.
Solution
Voxray develops software that utilizes the Quantum Reconstruction Technique (QRT) to minimize reconstruction artifacts in industrial CT scans, enabling more precise measurements and clearer defect detection. The software serves as a drop-in replacement for conventional reconstruction methods, improving the performance of existing CT scanners without requiring hardware upgrades. By reducing the number of X-ray projections needed, Voxray's technology can significantly decrease scan times and increase inspection throughput. Its algorithms also automatically detect and correct for scanner miscalibration, further enhancing image quality and reducing the need for frequent manual calibration.
Target Audience
Voxray's primary customers are engineers and researchers in industrial CT, particularly those in the automotive and manufacturing sectors who require high-precision inspection of complex components and composite materials.
Features
- Quantum Reconstruction Technique (QRT) minimizes artifacts around high-density materials.
- Enables higher inspection accuracy for composite materials.
- Detects defects that are undetectable with conventional reconstruction methods.
- Compatible with all CT scanner brands and models as a drop-in replacement.
- Reduces the amount of required X-ray projections, decreasing scan time.
- Supports arbitrary scanning geometries and trajectories for robotic CT applications.
- Automatic geometry correction reduces ghosting artifacts and blurred material boundaries.
- Includes a viewer application with state-of-the-art rendering algorithms.