The SynViewScan ROT is a research-grade real-time Terahertz imaging system for the evaluation of distant objects. A typical application is to use it as very fast body scanner in a lab environment. Researchers can evaluate the performance of all electronic Terahertz imaging in a stands-off configuration, work on image acquisition software using real data, or explore different imaging configurations.

The key advantages of the SynViewScan ROT system are:

• very high image refresh rate of up to 10 images per second
  (= image acquisition of down to 100 milliseconds!)
• very high dynamic range of up to 50 dB, allowing high-quality images
• high resolution of 1 cm
• measures the range information, leading to improved object recognition
• scalable: to image larger objects, simply use a higher number of detectors

The SynViewScan ROT system is based on a scanning two-mirror telescope which is combined with a Terahertz / Millimeter wave emitter and detector array. Due to the rotating and tumbling secondary mirror of the telescope, an area of several ten centimeters by several 10 centimeters is covered in a fraction of a second. Every single image, independent of the used detector array, can be taken in as little as 100 milliseconds. This equals an image refresh rate of up to 10 Hertz (=10 images per second!).

Please download the product description for further information.

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