LSO(Ce)Lutetium Oxyorthosilicate(Ce)Scintillator Crystal for
medical imaging high scintillation efficiency
Product descriptions
Introducing our LSO(Ce) Scintillator Crystal, meticulously crafted
to revolutionize medical imaging with its unparalleled performance
and exceptional quality. Engineered specifically for high-precision
medical applications, this crystal is the pinnacle of innovation in
the field of scintillation materials.
With its advanced composition of Lutetium Oxyorthosilicate (Ce),
our crystal boasts an extraordinary level of scintillation
efficiency, ensuring optimal detection of gamma rays in medical
imaging procedures. This high efficiency translates to enhanced
sensitivity and accuracy, enabling medical professionals to obtain
clear and precise images for diagnosis and treatment planning.
Designed to meet the rigorous demands of medical imaging, our
LSO(Ce) Scintillator Crystal delivers unparalleled reliability and
stability. Its robust construction and superior light output
guarantee consistent performance, even in the most demanding
clinical environments.
Whether used in Positron Emission Tomography (PET) scanners, SPECT
(Single Photon Emission Computed Tomography) systems, or other
medical imaging modalities, our crystal ensures exceptional image
quality and diagnostic accuracy. Medical professionals can rely on
its precision and efficiency to provide patients with the highest
standard of care.
Experience the future of medical imaging with our LSO(Ce)
Scintillator Crystal. Elevate your diagnostic capabilities and
enhance patient outcomes with this cutting-edge technology, setting
new standards of excellence in medical imaging.
Product showcase
Product properties:
Lutetium Oxyorthosilicate - Lu₂SiO₅(Ce) - is a relatively dense
scintillator with a fast decay time (40ns).
It is similar in performance to BGO but with a higher light yield.
LSO(Ce) scintillator crystal strengths:
LSO(Ce) scintillator crystals have the following issues which
should be noted:
Lutetium Oxyorthosilicate (Ce) - LSO(Ce) scintillator crystals are
useful in diverse applications such as:
Positron Emission Tomography (PET)
Specialist applications in high energy, nuclear, space and medical
physics
LSO(Ce) Scintillation Crystals
- Optical Properties - |
|---|
| Property | Units | Value |
| Wavelength (Max. Emission) | nm | 420 |
| Wavelength Range | nm | TBA |
| Decay Times | ns | 40 |
| Light Yield | photons/keV | 30 |
| Photoelectron Yield | % of NaI(Tl) | 75 |
| Radiation Length | cm | 1.14 |
| Optical Transmission | µm | TBA |
| Transmittance | % | TBA |
| Refractive Index | | 1.82@420nm |
| Reflection Loss/Surface | % | TBA |
| Neutron Capture Cross-section | barns | TBA |
LSO(Ce) Scintillation Crystals
- Mechanical Properties - |
|---|
| Property | Units | Value |
| Chemical Formula | | Lu₂SiO₅(Ce) |
| Density | g/cm³ | 7.4 |
| Atomic Number (Effective) | | 75 |
| Melting Point | ºC | 2050 |
| Thermal Expansion Coeff. | C⁻¹ | TBA x 10‾⁶ |
| Cleavage Plane | | None |
| Hardness | Mho | 5.8 |
| Hygroscopic | | No |
| Solubility | g/100gH₂0 | N/A |
Product applications:
The LSO(Ce) Scintillator Crystal finds versatile applications in
the field of medical imaging, offering precision, reliability, and
exceptional performance. Here are some key applications:
Positron Emission Tomography (PET) Imaging: In PET imaging, the LSO(Ce) crystal serves as a crucial component
in detecting gamma rays emitted by positron-emitting radiotracers.
Its high scintillation efficiency ensures accurate detection of
gamma rays, enabling the creation of detailed three-dimensional
images of metabolic processes within the body. PET scans using
LSO(Ce) crystals are widely used in oncology, cardiology, and
neurology for cancer staging, cardiac function evaluation, and
brain imaging.
Single Photon Emission Computed Tomography (SPECT) Imaging: LSO(Ce) crystals are also utilized in SPECT imaging systems for
nuclear medicine diagnostics. By detecting gamma rays emitted by
radioactive isotopes administered to patients, the crystals enable
the creation of detailed anatomical images. SPECT imaging with
LSO(Ce) crystals is commonly used for myocardial perfusion imaging,
bone scans, and imaging of various organs to diagnose and monitor
diseases such as heart disease, cancer, and neurological disorders.
PET-CT and SPECT-CT Hybrid Imaging: LSO(Ce) crystals are integrated into hybrid imaging systems such
as PET-CT and SPECT-CT scanners, combining the functional
information provided by PET or SPECT with the anatomical details
obtained from CT scans. This fusion of imaging modalities enhances
diagnostic accuracy and improves localization of abnormalities,
facilitating more precise treatment planning and monitoring of
therapeutic response.
Radiation Therapy Monitoring: LSO(Ce) crystals are used in radiation therapy monitoring systems
to verify the accuracy of radiation delivery during cancer
treatment. By detecting gamma rays emitted by radiation sources,
the crystals provide real-time feedback on the dose distribution
within the patient's body, ensuring precise targeting of tumors
while minimizing damage to surrounding healthy tissues.
Preclinical Imaging Research: In biomedical research laboratories, LSO(Ce) crystals are employed
in preclinical imaging systems for studying disease mechanisms,
evaluating drug efficacy, and developing new diagnostic and
therapeutic techniques. Their high sensitivity and resolution make
them valuable tools for investigating molecular processes in small
animal models of disease.
In summary, the applications of LSO(Ce) Scintillator Crystals in
medical imaging are diverse and impactful, spanning from clinical
diagnosis and treatment to cutting-edge research and development.
Their exceptional performance and versatility make them
indispensable components in advancing the field of medical imaging
and improving patient care.
