High-Speed Thermography
Featured Product from InfraTec GmbH
High-Speed Thermography
Infrared camera systems allow thermographic precision at highest speeds
- Snapshot detectors and complementary components provide for highest measurement speed
- High availability also with fastest data acquisition and handling large amounts of data
- Thermal behaviour of fast turning objects can be analysed
Special Components Provide High Frame Rate of Infrared Cameras
Fast infrared camera systems with a frame rate ranging up to some kHz open thermography doors to new applications. The thermal behaviour of high speed processes can be monitored and analysed. An example is the optimisation of airbags as the heat distribution during the explosion can well be analysed.
High-speed thermography with frame rates of more than 100 kHz are based on special detectors and acquisition units. Especially their ability to acquire and read out data in parallel provides thermographic measurements precisely in a microsecond range. Those detectors are so-called snapshot detectors which are integrated by InfraTec in their ImageIR® infrared camera series.
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InfraTec GmbH Infrarotsensorik und Messtechnik
The company InfraTec GmbH Infrarotsensorik und Messtechnik was founded in 1991 and has its headquarters in Dresden, Germany. The privately held company employs more than 240 employees and has its own design, manufacturing and distribution capabilities.
With its infrared measurement business unit, InfraTec is one of the leading suppliers of commercial thermal imaging technology. In addition to the high-end camera series ImageIR® and the VarioCAM® High Definition series, InfraTec offers turnkey thermographic automation solutions e. g. for industry processes, non-destructive testing and fire detection and prevention.
The infrared sensor division produces custom-made components on more than 1.600 m² of clean room space – especially pyroelectrical infrared detectors – for clients worldwide. The product range includes analogue single and multi-channel detectors as well as digital multi-channel detectors (PyrIQ). The detectors are used, for example, in gas analysis, fire and flame sensors and spectroscopy.
