Industrial Computed Tomography (Industrial CT) is an advanced non-destructive testing and characterization technique used to visualize the internal structure of components, materials, and assemblies without cutting, sectioning, or otherwise damaging the sample, non-destructive 3D imaging for internal structure and defect analysis.Eceshi provides Industrial CT, micro-CT, nano-CT, and in-situ CT characterization services for research, product development, failure analysis, quality control, and advanced materials characterization.The reconstructed CT data can reveal: internal defects, voids and pores, cracks and fractures, inclusions, delamination, internal interfaces, wall thickness, material distribution, density variations, geometric deviations, internal channels and cavities, structural deformation etc
How to Select the Appropriate CT Technique
Selecting the appropriate CT system requires balancing sample size, material composition, X-ray penetration, structural features, and required resolution.
For high-density or highly attenuating materials, X-ray energy and scanning geometry must also be considered.
Contact us to discuss your Industrial CT testing requirements, sample characteristics, target parameters, and experimental objectives.