We engineer diverse, high-quality materials to meet our customers’ unique challenges

High-quality Scintillation materials with superior resolution and advanced photo-sensor integration for ionizing radiation detection: Alpha, Beta, Neutrons, Gamma Rays, X-rays.
High-strength Industrial Sapphire, one of the hardest materials in existence, has properties to withstand extreme conditions such as high-temperature, high-pressure or harsh chemicals.
High-quality X-ray Analyzers for Synchrotrons and Garnets used to grow semiconductor crystal layers.

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Sapphire (Single Crystal Alumina-Oxide) has properties that make it the only material available to solve complex engineering design problems.

garnets wafers of different compositions (SGGG, GGG, NGG) and different diameters (from 1” to 4”)

Garnet Substrates

GGG, SGGG and NGG are used to grow semiconductor crystal layers. This process is called epitaxy and is used in nanotechnology and in semiconductor fabrication.

Monochromating crystals for X-Ray Spectrometry

X-Ray Analyzers

Crystals for X-Ray Spectrometry; LiF, Quartz or SiO2, InSb, Si, Ge, PET, ADP, Beryl, TlAP, RbAP, KAP and CsAP

Integrated scintillation detectors for radiation detection

Radiation Detector Assemblies

The proper scintillation detector packaging and integration of scintillation crystals to produce stable, high-resolution radiation detectors.

sphere fiber orange organic scintillators

Radiation Detection Scintillators

Scintillator materials; Inorganic Crystals, Organic Plastic and Liquid, Fiber, WLS, Optical Components and Accessories

scientist looking to the laser deposition chamber

Applications

Our materials have been the catalyst for pioneering advancements in an exciting spectrum of industries.

Scintillator Comparison

Evaluate the goodness of a scintillator for gamma spectroscopic using Figure-of-Merit (FOM).

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Materials that Transform Technology

We engineer diverse, high-quality materials to meet our customers’ unique challenges

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