Computed tomography for industrial applications

How does an industrial CT scan work?
How Does Industrial Computed Tomography Work? CT scanning, also known as .
1. D-computed tomography, works by processing multiple X-ray images to gain a dimensionally accurate
2. D model of the object being scanned
What is the difference between medical CT and industrial CT?
However, there are some differences: While most industrial CT scanners use cone beam geometry and axial scans, many modern medical CT scanners use fan beam geometry and helical (spiral) scans.
The exact calculation involved in reconstruction is different between the two..

CT delivers a holistic volumetric model of the workpiece that can be used for versatile inspection tasks and dimensional measurements as well as for reverse

CT scanning can detect internal features and flaws displaying this information in 3D without destroying the part. Industrial CT scanning (3D X-ray) is used to detect flaws inside a part such as porosity, an inclusion, or a crack. It has been also used to detect the origin and propagation of damages in concrete.

Industrial process imaging, or industrial process tomography or process tomography are methods used to form an image of a cross-section of vessel or pipe in a chemical engineering or mineral processing, or petroleum extraction or refining plant.
Process imaging is used for the development of process equipment such as filters, separators and conveyors, as well as monitoring of production plant including flow rate measurement.
As well as conventional tomographic methods widely used in medicine such as X-ray computed tomography, magnetic resonance imaging and gamma ray tomography, and ultra-sound tomography, new and emerging methods such as electrical capacitance tomography and magnetic induction tomography and electrical resistivity tomography are also used.

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Computed tomography for industrial applications

How does an industrial CT scan work?

What is the difference between medical CT and industrial CT?