Non-Destructive Testing (NDT) is a method to non-destructively observe, analyze and evaluate the internal structures of products or materials in 2D or 3D.
As a pioneer in X-ray systems, Shimadzu continues to be at the cutting edge of industrial X-ray testing systems that meet the application requirements of a wide range of industries, from automotive, batteries, electronic components, materials, foods, pharmaceuticals, and many more.
While our current focus is on the Xseeker 8000, Shimadzu's extensive portfolio includes a wide range of NDT solutions, showcasing our expertise and dedication to meeting diverse application requirements.
Non‑Destructive Testing (NDT) Systems — FAQ
What is Non‑Destructive Testing (NDT)?
NDT refers to inspection techniques that evaluate material integrity without damaging or altering the object. It is used for defect detection, structural validation, and quality assurance in manufacturing, aerospace, automotive, energy, and materials science.
Which Shimadzu NDT products are available?
Shimadzu offers X-ray inspection systems, microfocus X-ray imaging, computed tomography (CT) scanners, industrial radiography systems, and high‑resolution digital detectors for materials and component inspection.
What applications can Shimadzu NDT systems handle?
Crack detection, porosity analysis, void inspection, weld inspection, solder joint analysis, composite structure evaluation, castings inspection, and high‑precision dimensional analysis using CT.
What industries benefit from Shimadzu NDT solutions?
Aerospace, automotive, electronics, medical devices, batteries, metal casting, additive manufacturing, plastics, composites, and research laboratories.
What are the advantages of X-ray and CT-based NDT?
Deep penetration, internal defect visualization, 3D reconstruction, non‑contact imaging, compatibility with many materials, and the ability to inspect complex geometries quickly.
What resolutions are achievable with Shimadzu NDT systems?
Microfocus and nano‑focus X-ray sources can achieve extremely high spatial resolution, enabling detailed inspection of microstructures, fine solder joints, micro‑voids, and thin‑wall components.
Do Shimadzu NDT systems support 3D CT reconstruction?
Yes—high‑resolution computed tomography (CT) allows full 3D visualization, defect segmentation, dimensional measurement, and internal structural analysis without cutting the sample.
What software is provided for NDT analysis?
Software packages typically include tools for image acquisition, 3D reconstruction, defect analysis, porosity quantification, thickness measurement, dimensional metrology, reporting, and data export.
Can NDT systems be used for quantitative dimensional measurements?
Yes—CT systems provide accurate dimensional metrology, allowing measurement of internal and external features with high repeatability and micron‑level precision.
What types of materials can be inspected?
