Scintillator Crystal Price Guide
Understanding the real Scintillator Crystal Price is essential for engineers, researchers, and procurement managers who need reliable detectors for radiation measurement, PET scanners, CT systems, industrial inspection, and scientific instruments.
A Scintillation Crystal is a type of functional inorganic material that emits visible or near-visible light when exposed to ionizing radiation. These crystals serve as the foundational component of radiation detectors across nuclear medicine, high-energy physics, and industrial security.
Scintillator crystals (a subset of Scintillation Crystal) are specially processed versions optimized for light yield, decay time, density, and radiation resistance. The price of these crystals varies significantly depending on the material and performance requirements.
The Scintillator Crystal Price varies widely depending on material type, dimensions, purity, and application requirements. On the global market, prices can range from $20 to several hundred USD per piece, while high-performance medical-grade crystals may exceed $1,000 depending on customization.
Material Type & Raw Element Cost
Crystals such as LYSO require rare earth elements like Lutetium, making them more expensive. NaI(Tl) and CsI(Tl) have lower material cost, hence lower prices.
Crystal Growth Technology
Crystal growing methods (e.g., Czochralski method) require long cycles, high temperatures, and strict defect control. Higher manufacturing difficulty = higher cost.
Dimensions & Customization
Larger volume crystals have exponentially higher prices
Pixelated arrays, segments, and custom geometries increase polishing and assembly costs
PET imaging → LYSO(Ce)
Gamma spectroscopy → NaI(Tl) or LaBr₃
Industrial CT → CdWO₄
High-energy physics → BGO, GAGG
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