Non-Destructive X-Ray Testing (X-ray NDT)

2D and 3D Micro-Focus Non-Destructive X-Ray Testing and Inspection Systems

X-Rays and Shimadzu

In 1895, the German scientist Dr. Wilhelm Röntgen discovered x-rays, earning him the first Nobel Prize in Physics. Less than one year later, Genzo Shimadzu Jr. successfully generated x-rays for the first time in Japan. In 1909, Shimadzu released Japan’s first medical x-ray system and, in 1933, Shimadzu released Japan’s first industrial x-ray inspection system. As a pioneer in x-ray systems, Shimadzu continues to be at the cutting edge of industrial x-ray testing systems.

Product Lineup

SMX-1000 Plus and SMX-1000L Plus Real-Time 2D X-Ray Inspection Systems

Thorough Internal Examination of Electronic Components and Small Parts

inspeXio SMX-225CT FPD HR Micro-Focus X-Ray Computed Tomography System

For the Highest Resolution and Contrast Micro-Focus X-Ray Computed Tomography Applications

inspeXio SMX-100CT Micro-Focus X-Ray Computed Tomography System

High-Contrast Micro-Focus X-Ray Computed Tomography System for Light Materials

Benefits of X-Ray NDT

Shimadzu’s micro-focus non-destructive x-ray testing and inspection systems are widely used in many areas of research and development for morphological and structure alternation analyses, and for quality control purposes related to preproduction inspection, failure analysis, and lot inspection. Using micro-focus x-ray inspection systems provides many benefits. For instance, visualizing and measuring internal complex features without disassembling or damaging parts reduces inspection times and minimizes the risk of recalls by screening for manufacturing defects.

Our Passion

  • Our instruments feature user-friendly operation and sharp, good-contrast images
  • 2D x-ray inspection systems allow for real-time analysis
  • CT systems are calibration free and have high-speed data reconstruction and processing
  • Comprehensive safety features completely protect the operator against injury and radiation leakage

Application Fields

  • Automotive
    Aluminum die-cast parts porosity analysis and weld/joint area abnormality examination
  • Batteries
    Lithium-ion battery cycle test analysis to identify degradation and/or distortion, and fuel cell gas diffusion layer (GDL) inspection
  • Electronic Components
    Failure analyses of joint cracks, voids, and disconnections
  • Materials
    Porosity analysis of resins/ceramics, powder morphological analyses, and fiber orientation measurement in carbon and glass fiber reinforced plastics (CFRP and GFRP)
  • Foods
    Food density and foreign material inspection
  • Pharmaceutical
    Tablet material density distribution analysis and layer structure identification
  • Archaeology/Geology
    Tree ring inspection, fossil examination, and oil sand distribution analysis
  • Life Sciences/Medical Devices
    Imaging of mice, insects, bones, teeth, and medical devices such as stents

For Research Use Only. Not for use in diagnostic procedures.

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