12th Jan, 2021
Coming soon the New sCMOS 4123 Camera 24/7 Surveillance colour and NIR delivers low light level imaging down to <30 micro lux faceplate illumination. The camera closes the gap between Gen2 intensified cameras without image burn-in artefacts or halo saturation effects. The resolution at higher light levels is un compromised by the presence of a…
1st Dec, 2020
In-situ beamline analysis is carried out using X-ray detectors based on next-generation scientific CMOS. These sensors, thanks to very low readout noise, are able to capture a single X-ray photon whilst maintaining intra-scene good dynamic range. Synchrotron detectors can be classified as either direct or indirect detectors which will sense from extreme ultraviolet (EUV) radiation…
1st Dec, 2020
35 years experience in designing innovative high sensitivity low noise imaging solutions for OEMs. Our technology is based around cooled CCD, Intensified CCD/CMOS cameras, and more recently InGaAs and sCMOS cameras. The Photonic Science 1,000 square metre facility at St Leonards, East Sussex site contains manufacturing, production, clean room, environmental / X-ray testing and research…
5th Nov, 2020
In this interview, Christian describes how the Photonic Science Laue Crystal Orientation System has helped in the manufacturing process for their high precision piezoelectric sensors based on gallium phosphate crystals. Download the pdf Laue system for Gallium Phosphate High Precision Piezoelectric Sensors Christian Roethel, has a PhD in X-ray Diffraction from the Technical University of…
4th Nov, 2020
Laue diffraction occurs when a polychromatic X-ray beam impinges on a crystal. This unique reflection geometry was first discovered by German physicist Max von Laue who shone an X-ray beam through a copper sulfate crystal in order to record its diffraction properties. This unique diffraction pattern is intrinsic of crystal orientation, which provided the basis…
22 Theaklen Drive,
Saint Leonards-on-sea,
TN38 9AZ,
United Kingdom
