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Computed Tomography

What is Computed Tomography, and how does it work?

Computed Tomography or CT is a process which utilizes X-Ray equipment to produce 3D representations of components both externally and internally. CT scanning has been utilized in many areas of industry for internal inspection of components such as Aluminium castings to check for porosity. Some of the key uses for CT scanning have been flaw detection, failure analysis, metrology, assembly analysis, and reverse engineering applications. CT scanning is also employed successfully in the imaging and conservation of museum artifacts.

CT is a technology that uses computer-processed X-Rays to produce tomographic images (virtual 'slices') of specific areas of the scanned object, allowing the user to see what is inside it without cutting it open. In its simplistic form, it’s rather like taking a loaf of bread, slicing it, and then being able to inspect each slice for features without having physical to cut it. Digital geometry processing is then used to generate a three-dimensional image of the inside of an object from a large series of two-dimensional radiographic images taken around a single axis of rotation. Medical imaging is still the most common application of X-Ray CT, but it is now becoming increasingly prevalent in NDT.

CT produces a volume of data that can be manipulated in order to demonstrate various part features based on their ability to block the x-ray beam. Although, historically, the images generated were in the axial or transverse plane, perpendicular to the long axis of the part, modern scanners allow this volume of data to be reformatted in various planes or even as volumetric (3D) representations of structures.

Euroteck Systems work with Procon X-Ray GmbH to provide a number of CT system solutions.

Procon X-Ray GmbH unlike many of their competitors in the CT market adopt a very flexible approach to their CT systems. Customer requirements are always first and foremost in the consultancy/enquiry stage. If a certain aspect of the CT machine isn’t to your liking, then this can be changed so the customer has a CT system built to their specific requirements.

Current products include, but are not limited to:

(Click to jump to product)

CT-ALPHA – This system meets the most stringent demands in CT X-Ray. Can be equipped with micro-focus X-Ray tube up to 300kV for nanometer resolution, to the highest power of 600kV, 1500W. The CT-ALPHA is built to the special needs of each customer – even duo x-ray-sources and detectors are possible! Some examples are:

  Standard Advanced Metrology
X-Ray Voltage 160kV 160kV 225kV
Detector 50µm, 1K2 33µm, 9K2 100µm, 8K2
Specimen 70mm, 5kg 70mm, 20kg 300mm, 50kg


Axes 5 5 5
Reconstruction 1K3 real-time 1K3  real-time; 27 K3, off-line 1K3  real-time; 32 K3, off-line
Smallest 3D detail 1 µm 0.33 µm 0.25 µm
System Weight 2100 kg 2300 kg 2600 kg

CT-ALPHA: Meets the most stringent demands in CT X-Ray.

The CT-ALPHA system is ideal for non-destructive testing

Shown above (CT-Alpha with 225kV Open Microfocus X-Ray source, 7 axis and Flat Panel Detector)

CT-COMPACT – The most versatile desktop system for 3D-CT requirements. Can be equipped with micro-focus X-Ray tube up to 160kV, and available in 3 models:

  Standard Metrology nano
X-Ray Voltage 130kV 160kV Up to 160kV
Detector 50µm, 1K2 200µm, 1K2 Dual
Specimen 70mm, 5kg 150mm, 30kg 70mm, 5kg
Axes 3 4 Up to 4
Reconstruction 1K3 real-time   1K3 real-time 1K3 real-time; 8 K3, off-line
Smallest 3D detail 5 µm  5 µm  0.4 µm
System Weight 500 kg 750 kg 700 kg

CT-COMPACT: Versatile desktop system for 3D-CT requirements.

CT-MINI – This system requires minimal space and is suitable for inspecting plastics, ceramics and metals. . Can be equipped with micro-focus X-Ray tube from 90kV up to 130kV depending on customer requirements, and is available in 2 models:

  Standard Advanced
X-Ray Voltage 90kV 130kV
Detector 50µm, 1K2  100µm, 1K2
Specimen 35mm, 5kg 70mm, 20kg
Axes 2 2
Reconstruction 1K3 real-time 1K3 real-time
Smallest 3D detail (voxel) 5 µm 5 µm
System Weight 500 kg 500 kg

CT-Mini: Minimum space for CT X-Ray.

Example of open structured aggregate material for void determination.

Typical CT scan of Aluminium Casting for porosity/shrinkage determination.

Example of 3D co-ordinate measurement information from CT-Alpha Metrology.

Further information can be found on the Procon X-Ray range of CT products in the download section.

Please contact Euroteck to discuss all your CT requirements.




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Lichfield Road Industrial Estate
B79 7XE

Tel: 01827 312455

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No: 04475290
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