FAXITRON DXA – Precision imaging for reliable bone density insights.
The FAXITRON DXA is a compact digital X-ray system designed for high-precision bone density analysis and small specimen imaging. It delivers fast, accurate, and low-dose imaging for research, laboratory, and clinical applications.
The FAXITRON DXA digital X-ray system is a dedicated solution for bone mineral density (BMD) measurement and detailed imaging of small samples. It is widely used in medical research, preclinical studies, and laboratory environments where accuracy and repeatability are essential.
This system combines high-resolution digital imaging with advanced DXA technology to provide reliable quantitative results. Its compact, cabinet-based design ensures safe operation with built-in radiation shielding, making it suitable for laboratories with limited space.
FAXITRON DXA supports efficient workflows by delivering fast scan times, simple operation, and consistent image quality, helping professionals make confident research and diagnostic decisions.
Key Features
1. What is the FAXITRON DXA system used for?
It is mainly used for bone density analysis and high-resolution imaging of small samples in research and laboratory settings.
2. Is FAXITRON DXA safe to use?
Yes. The system features a fully shielded cabinet and operates at low radiation doses.
3. Can it be used for osteoporosis research?
Yes. It is commonly used for osteoporosis and bone health studies.
4. Does the system require a large installation space?
No. Its compact, cabinet-style design fits easily into most laboratories.
5. Is the software easy to operate?
Yes. The software is designed for straightforward operation and quick data analysis.
6. How accurate are the measurements?
The system provides highly accurate and repeatable DXA measurements suitable for research-grade studies.
7. Can it image small animals or specimens?
Yes. It is ideal for imaging small animals and biological specimens.
8. Who typically uses FAXITRON DXA?
Researchers, laboratory technicians, biomedical scientists, and academic institutions commonly use this system.
