Increasing regulatory and consumer demands have intensified the pressure on the food industry to implement reliable methods of food inspection to ensure product safety and quality. Xray technology can be used in food inspection to detect physical contaminants and to study the internal structure of food products for quality purposes.Food...
Scintaocr announces it has incredible x-ray screens that look at the bones in ants
Scintacor, a global leader in phosphor and scintillation technologies, has made its single largest investment in a new, 30,000 sq. ft. world-class manufacturing facility in the heart of Cambridge’s famed northern high-tech cluster. The new facility, which includes class 10,000 laboratories and an extensive class 1,000 cleanroom environment, also boasts...
Scintacor, a global leader in phosphor and scintillation technologies has announced that it will move its trading address from Harlow to 125 Cowley Road, Cambridge, CB4 0DL – UK on 1st March 2017. The new 30,000 sq. ft. Scintacor headquarters boasts a world-class manufacturing facility that includes class 10,000 laboratories...
OHYO KOKEN KOGYO CO., LTD, (OKEN) recently exhibited at the International Conference on Neutron Optics in the beautiful city of Nara, Japan. Shinya Furusawa, Sales Manager of the Crystal Optics & Scintillator Crystal Division of OKEN commented "It was a great exhibition. We had many visitors from all over the...
Scintacor Ltd announces the appointment of Ed Bullard as CEO. Ed is a well-recognized leader in the X-ray detection industry. In 2003, Ed co-founded Dexela Limited to develop the 3D X-ray breast imaging technology. Ed was CEO of Dexela until the company was acquired by PerkinElmer in 2011. After the...
Scintacor Limited is pleased to announce the acquisition of the intellectual property, business name and physical assets of Photonic Science Limited on Tuesday 25th September 2018 by its newly formed group company, Photonic Science and Engineering Limited. Photonic Science Limited was formed in 1985 to design and develop scientific camera systems....
Scintacor’s micro-columnar CsI as seen in a Scanning Electron Microscope (SEM)- separate needles of CsI grow to form structure which has light-guiding properties in the vertical direction Thallium doped micro-columnar Caesium Iodide (CsI) is a uniquely important material in the world of X-Ray detection devices. For Scintacor its special properties...
Traditionally, Scintacor has produced FOS caesium iodide (CsI) X-ray scintillators. These are made up of a layer of CsI deposited on a fibre-optic faceplate (FOP) and then coated over with a protective film. The faceplates are composed of compressed bundles of glass optical fibres which transfer the photons created in...
Scintacor is delighted to welcome Andrew Lee to our team in the role of Technical Director. Andrew is an experienced and versatile Manager, Engineer, and Scientist with a BSc (Hons) in Applied Physics from Durham University. Experienced in managing many aspects of a technology-based product company including Product Development, Production,...
125 Cowley Road
Cambridge Commercial Park
Cambridge, CB4 0DL
United Kingdom