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Industrial CT

Industrial CT

Benefits of device

  • High-voltage X-ray source for imaging dense metals
  • Equipped with various detectors for different application needs
  • Supports spiral and offset scanning for larger objects
  • Simple scanning process with batch testing capability
  • Advanced algorithms ensure high image quality and detail
  • Ideal for quality control and reverse engineering in manufacturing environments

Description

Computed Tomography (CT) is a non-destructive testing (NDT) method for analyzing samples and serves as a key tool for non-destructive evaluation (NDE). It is increasingly replacing traditional destructive sectioning methods.

Computed tomography has gone beyond the conventional boundaries of non-destructive testing. The CT technology used in industrial scanners is tailored to a wide range of industries.

It is a radiological method that uses X-rays to visualize both internal and external structures.

Over time, industrial computed tomography is playing an increasingly important role as a measurement tool. Compared to tactile or optical systems, its advantage lies in capturing data comprehensively and non-destructively.


System applications

  • Nominal-to-actual comparison – Deviations from the CAD model are visualized through color mapping.
  • Dimensional inspection – A single scan enables precise measurement of complex internal and external features.
  • Electronic testing – Defects in electronic components, such as PCBs or batteries, can be quickly identified using X-ray imaging.
  • Joint inspection – One scan reveals whether welded, soldered, glued, or riveted joints are truly defect-free.
  • Wall thickness analysis
  • Structural analysis – 3D structural characterization provides valuable insight through high-resolution X-ray microscopy.
  • 4D analysis – Material behavior under external influences and over time can be analyzed using 4D techniques.
  • Fiber composite analysis – Fiber composite analysis visualizes the 3D distribution and orientation of individual elements within the composite material.
  • Grain size and distribution analysis – Grain size and distribution are critical factors in determining hardness and strength, making them essential to analyze.

Technical specifications

Industrial CT multiscaleVoxel-1000 multiscaleVoxel-2000
Imaging Area [mm] 427x427 427x427
Maximum Sample Size [mm] 800x1100 800x1100
Maximum Sample Weight [kg] 100 100
X-ray Source [KV] 600/500/450 600/500/450/300/240/225
Dimensions [mm] 3700x2300x2800 3700x2300x2800 
Weight [kg] 35000-60000 35000-60000

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