Industrial transimaging
Forming of images of internal structures of manufactured objects digitally and real time

Industrial transimaging

Industrial transimaging mode allows to see through any made objects and form images of internal structures on a level of detail previously unseen. This will be achieved by combining digital x-ray, gamma and neutron detectors. This way studying objects is also called industrial neutron radiographic testing or industrial radiographic testing.

How does it work?

  1. A radiation source emits radiation to an object of investigation
  2. The radiation encounters the object and some of it gets absorbed by the object
  3. The radiation not getting absorbed will transit through the object
  4. The radiation encounters the SEM
  5. The radiation is converted to photons in location of incident
  6. The readout and preprocessing component reads the photons and adds the location information of each incident
  7. The signal is changed to a digital format
  8. The processing board creates an image
  9. The image is transferred to a client device via chosen bus.

Customer benefits

  • Scanning also through metallic materials by using neutrons
  • Images with even more detail by using neutrons, gamma rays and x-rays
  • No need for several digital detector types, only one platform for all modalities
  • Can take large or small images while scalable imaging area
  • Scan or take a snapshot image choose a scanning strip or an digital imaging area

What can be made with this?

  • X-ray/gamma radiography machine
  • Neutron radiography machine
  • Combined radiography machineĀ 
  • X-ray/gamma CT scanner
  • Neutron CT scanner
  • Combined CT scanner

For non-destructive testing and security purposes