4th Jul, 2022
2D Orientation Mapping of Silicon Wafers with Laue Diffraction Silicon wafers form the basis of modern microelectronics and photovoltaic technology. They need highly accurate alignment with regards to their crystalline orientation when they undergo various processing steps. It is possible to determine the crystalline structure of a silicon wafer with a hammer and nail—but…
16th Mar, 2022
We are looking forward to meeting you face to face at Defence and Commercial Sensing 2022! On booth #1528, Defence and Commercial Sensing 2022, Photonic Science will display a complete range of OEM cameras covering the full spectrum from 200nm up to 2,200nm including: 3rd generation sCMOS…
7th Mar, 2022
Press Release Lviv, Ukraine and Dublin, Ireland – 7 February 2022 – Tibidabo Scientific Industries Ltd (“Tibidabo Scientific”), a global leader in highly differentiated technology for scientific research, aerospace, and industrial markets, today announces the opening of a new virtual office in Lviv, Ukraine. With offices in the United States, Ireland, the Netherlands, and the United…
5th Aug, 2021
Our 16.8 megapixel X-ray sCMOS camera range is expanding with the addition of two new types of cameras featuring a back-illuminated sensor capable of achieving direct detection in the EUV and soft X-ray spectrum and a large area version for indirect X-ray detection with enhanced detection efficiency. The new back-illuminated sensor delivers lower noise…
29th Jul, 2021
Laue cameras are a core part of the Photonic Science product offering. This article looks at the working principles of diffraction Laue cameras and to give some insight into what makes our Laue crystal orientation systems so special. Laue diffraction is an extremely valuable tool for investigating the structure and orientation of a single-crystal material….
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