We offer a service to provide bespoke parts customised to your exact needs. We utilise a selection of different coating methods to suit the specific device and application needs of our customers’ systems. The following parameters are all available for customisation.
The excellent sensitivity of the phosphors available to us allow for reliable alignment of laser beams by converting ultraviolet and infrared light into visible light for safety and alignment applications. Our manufacturing processes allow us to create a large area for ease of beam acquisition.
As well as passive devices, we can also coat sensors to provide electronic detection and profiling of laser beams using the same range of phosphors.
A broadband yellow / red emission under stimulation from blue through to NIR sources. Charging is required for emission. | |
Phosphor type | Storage Phosphor |
Absorption bands | 400 – 640nm 800 – 1700nm |
Emission Colour | Red |
Peak emission | 650nm |
Provides infrared detection specifically for use with IR LEDs, IR laser diodes and Nd:YAG lasers. No charging required for emission. | |
Phosphor type | Anti-stokes |
Absorption bands | 920 – 1000nm 1450 – 1600nm |
Emission Colour | Green, Red, IR |
Peak emission | 548, 554, 668, 982, 1004nm |
Enables easy detection of near-infrared light beams and focal points. Charging is required for emission. | |
Phosphor type | Storage Phosphor |
Absorption bands | 440 – 560nm 600 – 1400nm |
Emission Colour | Orange, Red |
Peak emission | 645nm |
Excellent contrast and image clarity with long post-stimulation persistence for UV laser detection. No charging required for emission. | |
Phosphor type | N/A |
Absorption bands | 250 – 540nm |
Emission Colour | Yellow |
Peak emission | 580nm |
Talk to our expert team today to see how together we can deliver clever scintillation components customised to your needs.
