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
Scintacor supports a range of defence and security applications by converting the invisible to the visible across a broad spectral range, from X-ray imaging through to laser threat warning systems.
Scintacor’s phosphor coating technologies enable rapid, low-cost detection of otherwise invisible laser radiation by converting targeted wavelengths into visible signals.
These capabilities support laser warning systems for detecting rangefinders, designators, and illuminators, with coatings tailored to specific battlefield wavelengths and easily integrated into compact sensor platforms.
Scintacor supplies Li-6 enriched neutron detection screens and lithium-6 glass scintillators for high-sensitivity neutron detection with strong gamma discrimination.
These materials support securityand nuclear monitoring use cases including portal monitoring and special nuclear material detection.
Scintacor manufactures advanced scintillator and phosphor screens for digital X-ray imaging across defence and security applications.
Solutions support both high-energy transmission imaging of dense structures such as munitions and flash X-ray for high-speed events.
Scintacor’s infrared (IR) phosphor technology can enable compact optical receivers for drone communications by converting invisible IR laser excitation into visible emissions for free-space data links.
These phosphor-converted detectors can be integrated into lightweight optical receivers, allowing drones to receive modulated IR signals through the air rather than via tethered fibre. Free-space optical communication uses light propagating in air to carry information without physical cables, offering flexible, rapidly deployable links. This approach reduces infrastructure requirements, improves mobility, and enables high-bandwidth, interference-resistant communication uplinks from ground or relay nodes to drones in challenging or remote environments
Delivering advanced imaging, sensing, and detection technologies trusted by defence, security, and intelligence agencies globally.
As part of Tibidabo Defence + Security, Scintacor contributes to a wider portfolio that unites the expertise of leading companies in the field. Together we provide mission-critical components that perform in the most demanding environments. From protecting national security to enabling next-generation threat detection, our technologies are engineered for precision, reliability, and speed.
Explore Tibidabo Defence + Security >
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Cambridge Commercial Park
Cambridge, CB4 0DL
United Kingdom