Thermography sequences, which are synchronised with the excitation unit, are edited and displayed as a false colour result image by means of a specially developed analysis procedure. Thus, even small defects can be recognised repeatedly and reliably. The selection of the implemented evaluation algorithm largely depends on the material and geometry of the test object as well as on the type of defect to be detected.

Thermographic software IRBIS® 3 active

Besides InfraTec's high-end camera series ImageIR®, the utilisation of powerful micro bolometer cameras for active thermography is another completely unproblematic solution nowadays. The excellent geometrical and thermal resolution of the camera series VarioCAM® High Definition as well as their fast image refresh rate and trigger ability are a perfect basis for the solution of a variety of problems.

Get in contact with InfraTec thermography division

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It is not unusual for tasks to be associated with special requirements. Discuss your specific application needs with our specialists, receive further technical information or learn more about our additional services.

Netherlands

InfraTec GmbH
Infrarotsensorik und Messtechnik
Gostritzer Str. 61 – 63
01217 DresdenGERMANY

Features of IRBIS® 3 active

  • Comfortable data evaluation possibilities of image sequences
  • Storage of input parameter
  • Calculation of phase and amplitude images
  • Analysis with different active thermography methods: Quotient Method, Pulse Phase Thermography, Lock-In-Thermography
  • Algorithms independent of emissivity
  • Storage of input parameters for different test objects

Analysis Methods of IRBIS® 3 active

 

 

Quotient method

The heat flow of the test object will be analysed by means of incline or decline of the surface temperature.

Pulse Phase Thermography (PPT)

The temperature curve will be analysed depending on different frequencies (n = 1, 2, 3 ...). One amplitude image and one phase image will be established for each frequency.

Lock-in Thermography (LIT)

The sequences of periodical excitation of the test object will be analysed.