A High Performance Scintillation Crystal is the heart of modern radiation detection and imaging systems, delivering high light output, fast decay time, and exceptional energy resolution. At EBO, we specialize in developing and manufacturing premium scintillation materials, including LYSO scintillation crystal, and other cutting-edge solutions, to meet the demanding requirements of medical imaging, gamma ray spectroscopy, and industrial inspection. As a trusted EBO Scintillation Crystal supplier, we provide both standard and custom sizes for research institutions, hospitals, and high-energy physics laboratories worldwide.
Scintillation crystal detectors are commonly used to detect, locate, and identify these particles. These detectors are widely applied in fields such as nuclear medicine (PET), X-ray security screening, nuclear radiation detection, high-energy physics, space physics and geological exploration.
EBO has been dedicated to the research, development, production, and sales of scintillation crystals for 25 years. The company's products cover multiple fields, including scintillation crystals, light guides, piezoelectric crystals and laser crystals etc.. In terms of scintillation crystals, EBO offers high-performance materials such as BGO, LYSO, CsI, GAGG, and NaI, which are widely used in nuclear medicine, radiation detection, and security screening. Light guides are customizable based on customer requirements. The company’s piezoelectric crystals, such as PMN-PT, are widely applied in ultrasonic sensors, vibration sensors, and other devices. In the field of laser crystals, EBO provides materials such as Nd:YAG and BBO, which are commonly used in lasers and laser imaging systems. EBO is also capable of assembling scintillation detector modules based on Photomultiplier Tubes (PMTs), Silicon Photomultiplier (SiPMs), and Photodiode Arrays (PDAs), along with providing customized backend electronics to meet specific needs.
Our High Performance Scintillation Crystal range offers outstanding properties that ensure precise and reliable results across multiple applications:
High Light Output – Ideal for PET detector crystal modules and gamma ray detection.
Fast Decay Time – Enables rapid signal processing for real-time imaging.
Excellent Energy Resolution – Improves accuracy in spectroscopic measurements.
High Density & Effective Atomic Number – Enhances stopping power for gamma photons.
Radiation Hardness – Prolongs crystal lifespan under high-dose conditions.
| Crystal Type | Density (g/cm³) | Light Output (ph/MeV) | Decay Time (ns) | Application Example |
| LYSO Scintillation Crystal | 7.1 | 26,000 | 40 | PET/CT Imaging |
| GAGG Scintillator | 6.63 | 50,000 | 90 | Gamma Ray Detection |
| LaBr₃(Ce) | 5.08 | 63,000 | 16 | Nuclear Spectroscopy |
| BGO | 7.13 | 8,000 | 300 | High Energy Physics |
1. Medical Imaging
PET and PET/CT Systems – LYSO scintillation crystal modules for high-resolution imaging.
SPECT Systems – Enhanced energy resolution for accurate isotope detection.
2. Nuclear and Gamma Ray Detection
GAGG scintillator for portable detectors and spectroscopy devices.
High efficiency in environmental monitoring and homeland security.
3. Industrial and Security Inspection
Non-destructive testing (NDT) for aerospace components.
Cargo scanning and border security systems.
4. Scientific Research
High-energy physics experiments using EBO Scintillation Crystal solutions.
Advanced spectroscopy and particle detection.
Material Expertise – Decades of experience in crystal growth and finishing.
Customization – Tailored dimensions, doping concentrations, and optical finishes.
Global Supply – Trusted EBO products in hospitals, research institutes, and defense projects worldwide.
Quality Assurance – Rigorous testing to ensure consistent optical and structural properties.
