19th Aug, 2020
A spectral imaging system is a tool capable of capturing image data across UV, VIS, NIR, and SWIR spectral bands. Optics will typically gather image data from UV-VIS, VIS-NIR or SWIR. Hyperspectral imaging (HSI) uses a much broader spectrum of light to obtain both imaging and spectroscopic data simultaneously. Unlike conventional systems, which simply assign…
31st Jul, 2020
Enhanced NDT Inspection System using X-ray and Optical Technology Scintacor has taken delivery of an enhanced NDT Inspection system combining X-ray and Optical Technology from Photonic Science & Engineering to improve the quality of their CsI scintillators. The purchase of this equipment will allow Scintacor to improve the efficiency of their production line, and to increase…
24th Jul, 2020
Did you know Photonic Science HAWKeye HD-SDI surveillance camera uses the latest sCMOS sensor for leading class, low light performance. With sub electron readout noise, low dark noise, efficient cooling and a ruggedized, compact size the HAWKeye HD is the ideal surveillance camera. The camera features excellent linearity, auto exposure control, pixel binning for improved…
7th Jul, 2020
Download PDF Laue diffraction is a powerful method for investigating crystal orientation. We’ll discuss in this short case study acquisition routines deployed in research as well as production laboratories. The Photonic Science & Engineering (PSEL) Laue tool uses a polychromatic “white” beam configuration, passing through the centre of our detector. An intense beam with typically…
1st Jul, 2020
X-ray Detectors for Synchrotron beamlines: The Photonic Science team has designed and manufactured X-ray and Neutron detectors for over 30 years. Photonic Science’s New advanced X-ray sCMOS detectors dedicated to synchrotron applications are an ideal upgrade solution for older CCD detectors. The range of imaging detectors available covers nearly all possible requirements including (ultra) high…
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