Matsusada Precision provides a lineup of micro-CT systems designed for industrial and research applications, achieving micron-level (µm) spatial resolution.
In X-ray CT imaging, the primary metric for resolution is voxel size. A voxel (volumetric pixel) represents the smallest cubic unit in 3D image data, functioning as the 3D equivalent of a pixel. A smaller voxel size allows for the visualization of finer details in the reconstructed image.
High-resolution imaging is achieved through geometric magnification, which is determined by the ratio of the source-to-object distance versus the source-to-detector distance. However, the maximum achievable resolution is fundamentally limited by the focal spot size of the X-ray source. Matsusada Precision utilizes proprietary microfocus X-ray source technology with a minute focal spot. This minimizes geometric unsharpness (blurring) at high magnifications, ensuring sharp and clear images.
The highest possible resolution is not always necessary for every application. Increasing the voxel size can significantly reduce scan times, making it an ideal approach for quick screening or instances where µm-level detail is not required. Our team can assist in determining the optimal balance of resolution, scan speed, and field of view to meet your specific inspection requirements.
Related Articles
- Basics and Principles of Computed Tomography (CT)
- How to Acquire High-Quality Computed Tomography (CT) Images - X-ray NDT series (1)
- A Guide to X-ray CT Images: Formats, Viewing, and Applications - X-ray NDT series (2)
- Micro-CT Scanners Complete Guide: Types, Sample Images & More
- What are X-rays? (Basic Knowledge)
- Safe Operation of X-ray Inspection Systems
- Understanding Radiation: Effects on the Body and X-ray Safety
- What is the difference between Radioactivity, Radiation, and Radioactive Materials?