Custom scintillation, laser and optical crystal materials
Scintillation crystals and detector materials for OEM and research systems
ATR Crystal supplies LYSO(Ce), BGO, NaI(Tl), GAGG(Ce), laser crystals, plastic scintillators, detector assemblies and optical wafers with custom size, polishing, coating and integration support.
Products
Browse ATR Crystal product families for radiation detection, medical imaging, spectroscopy, laser systems and photonics applications.
Materials by Application
Choose a product path by application, then confirm material, size, polishing, coating, reflector and detector assembly requirements.
Medical Imaging
LYSO(Ce), BGO and scintillator arrays for PET, TOF-PET and SPECT detector modules.
Gamma Spectroscopy
NaI(Tl), LaBr3(Ce), CsI(Tl) and packaged detector assemblies for radiation measurement.
Laser Systems
Er:YAG, Nd:YAG, Yb:YAG, Cr:YAG and Ti:Sapphire crystals for OEM laser modules.
Photonics and Wafers
LiNbO3, LiTaO3 and quartz single crystal wafers for optical and photonics components.
Custom Crystal Manufacturing Support
ATR Crystal supports custom crystal dimensions, optical polishing, coating requirements, scintillator array assembly, detector packaging and engineering review for research and OEM projects.
Crystal cutting and polishing
Reflector and coating options
Pixelated scintillator arrays
Detector and light guide integration
Technical Insights
Application notes and material updates for engineers comparing scintillation crystals, laser crystals, optical wafers and detector components.
Featured article
LaBr3(Ce) vs NaI(Tl): Gamma Spectroscopy Comparison
If a detector needs sharper isotope separation, faster pulse response and better high-count-rate behavior, LaBr3(Ce) scintillation crystal is usually the stronger material to review. If the project needs a mature, cost-effective gamma detector with...
Read technical noteEngineering Support Behind the Materials
ATR Crystal works with research teams, OEM instrument builders and industrial users who need crystal materials to fit a real detector, laser or photonics system. The focus is not only supplying a material name, but helping confirm geometry, finish, packaging and integration details before quotation.
Typical projects start with a target application, drawing, wavelength, energy range or detector configuration. From there, we help narrow the material family and customization route so the next RFQ discussion is practical and specific.
Material selection support
Custom dimensions and finishing
Array and detector integration
RFQ review for research and OEM projects
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