Luminex
High brightness x-ray scintillation
Rapidex
(Gadox:Pr)
Rapid decay for high speed imaging
MeVex
(Gadox:Tb)
Optimised for use in high energy applications
BFC
(BaFCl:Eu)
Fast decay, high sensitivity for backscatter x-ray imaging
Flexible Screens
Sensitive, durable and flexible screens
CamIR & CamUV
USB cameras for laser detection/alignment
IRis Safety Wand
Instant high-power IR laser safety test
Laser Safety Dust Caps
Fluorescing dust caps for fibre optic safety
Visualize Laser Viewing Range
UV, Visible, IR and NIR alignment products
Phosphor Coatings for CMOS/CCD
Custom coatings for extended spectral performance
Luminex
High brightness x-ray scintillation
Rapidex
(Gadox:Pr)
Rapid decay for high speed imaging
MeVex
(Gadox:Tb)
Optimised for use in high energy applications
BFC
(BaFCl:Eu)
Fast decay, high sensitivity for backscatter x-ray imaging
Flexible Screens
Sensitive, durable and flexible screens
CamIR & CamUV
USB cameras for laser detection/alignment
IRis Safety Wand
Instant high-power IR laser safety test
Laser Safety Dust Caps
Fluorescing dust caps for fibre optic safety
Visualize Laser Viewing Range
UV, Visible, IR and NIR alignment products
Phosphor Coatings for CMOS/CCD
Custom coatings for extended spectral performance
Founded in 1920 as Levy West Laboratory – one of the first producers of phosphors for all types of X-ray screens.
1940’s – Crucial contributions were made, during the war, to the development and production of phosphors for the revolutionary H2S radar screen.
1960’s – Development and production of scintillators and 6Li glass.
1984 – Levy Hill Laboratories Ltd was established by Guy Hill to continue the tradition of innovative product development.
1990’s – Development of image storage panels, neutron detection screens and high-energy radiation screens.
1995 – A management buy-in preceded rapid growth into new markets including biotechnology, security and medical imaging.
1996 – BS EN ISO 9002 accreditation.
1998 – SPUR Award – UK DTI Support.
1999 – Renamed as Applied Scintillation Technologies. Relocated to custom designed production facilities and development laboratories, providing a centre of excellence in phosphor, scintillation and imaging technologies.
2002 – Part of the 3D RID consortium. New test facilities added.
2003 – Additional CsI manufacturing plant. BS EN ISO9001:2000 Accreditation.
2007 – Expanded X-ray Screen and Neutron Detection Screen production facilities.
2007 – A management buy-out by Dr. Glenn Tyrrell (CEO) and Stuart Quinn (Commercial Director) preceded a renewed focus on strategic accounts and products.
2009 – Upgraded manufacturing capability for CsI.
2010 – Commitment to the Essex Engineering Apprenticeship scheme.
2010 – BS EN ISO 9001:2008 accreditation.
2010 – Cleanroom compatible X-ray inspection facility commissioned for end of line product inspection.
2011 – Upgraded 6Li glass production facilities.
2012 – Development and production of panoramic and cephalographic CsI scintillators for extra-oral dental imaging.
2015 – Applied Scintillation Technologies renamed as Scintacor, The Centre of Scintillation.
2016 – Scintacor celebrated the 1st anniversary of its change of name from Applied Scintillation Technologies. The focus of the re-branding is to highlight Scintacor’s core competencies and to usher in a new era for the company, whilst reaffirming Scintacor’s status as a world leader in customized scintillation components.
2016 – Purchase of a world-class manufacturing facility in the heart of Cambridge’s famed northern high-tech cluster.
2017 – Scintacor completes relocation from old facility in Harlow to the new one in Cambridge.
125 Cowley Road
Cambridge Commercial Park
Cambridge, CB4 0DL
United Kingdom