I-131 Residual Radiation (Activity) Measurement System in vivo

I-131 Residual Radiation (Activity) Measurement System in vivoMainly used for measuring the residual activity of I-131 nuclide in the body after completing nuclide therapy for thyroid cancer, and determining whether the patient meets the discharge criteria according to the requirements of GBZ 120-2020 "Radiation Protection Requirements for Nuclear Medicine" document.

I-131 Residual Radiation (Activity) Measurement System in vivoThrough voice guidance, human body positioning, radiation detection (activity measurement), IoT communication and other functions, it is possible to automatically complete the measurement of residual activity of I-131 nuclide in the body of cancer patients without the intervention of medical staff. The measurement data can be automatically uploaded and a personnel detection report can be generated.

Product Features:

nOptional configuration for activity measurement and whole-body dynamic imaging

nVoice guided detection, no need for medical staff intervention

nSmall footprint and easy installation

Technical Specifications:

1. Nal detector size: 2 inches, energy resolution≤7.5%.

2. At the same time, it can integrate imaging using a linear scanning imaging detector with a resolution of 0.4mm and excellent imaging effect. Gray/color options are available.

3. Real time analysis of the types of nuclides in the tested object, including commonly used nuclides in nuclear medicine such as 1-131, F-18, TC-99, etc.

4. Measurement range: 1~500mCi (37MBq~1850MBq)

5. Measurement accuracy:<3000Bq

6. Product size: 65cmx45cmx190cm

7. The compatible power supply is AC220V

8. Summarizing monitoring data of patients at different times after taking medication can manage data such as human dose distribution maps for all patients.

9. Data processing: query data output and report generation, provide data interfaces for other systems to access, and connect to the hospital's reporting system.

10. Position sensor, automatically measures height and weight, and provides positioning information for the machine.