SBRT Phantom
SBRT requires precise target localization, patient immobilization, and frequent positioning checks to avoid significant dose deposition in critical organs at risk. Given that challenge, SBRT phantom by offering dosimetry options within the lung area and vertebrae/bone is an ideal End-to-End QA tool for radiosurgical body treatments.
SBRT phantom is an anthropomorphic 3D-printed phantom that simulates the anatomy of an abdominal case, with bone and tissue-equivalent materials. The unique advantage of having realistic bone and soft-tissue contrast in both CT and MR imaging, makes SBRT phantom an excellent tool for online adaptation of advanced SBRT techniques.
SBRT phantom is set up and treated just like a real patient. Through target localization as in the clinical workflow, it provides confidence in advanced and challenging SBRT techniques.
How it works
Key Features
END-TO-END QA
- Direct measurements in spinal cord/vertebrae and lung
- Validation of a clinical treatment plan
- Positioning as a patient
TRUE-TO-LIFE HUMAN ANATOMY
- Based on patient’s CT data of abdomen case
- Realistic bone and soft tissue contrast in CT/MR imaging
- Bone and soft tissue equivalent materials
ACCURATE LOCALIZATION
- Treated like a real patient
- Target localization as in the clinical workflow
Inserts
- Ion Chamber/diode/diamond detector Fixed Position Dosimetry kit
- Ion Chamber/diode/diamond detector Variable Position Dosimetry kit
- Film Dosimetry kit (2D dosimetry)
- Gel Dosimetry kit (3D dosimetry)
- MR-related geometric distortion evaluation insert
- Exchangeable lung insert
- Winston-Lutz insert with central and offset targets
- Multiple-OSL dosimetry kit
- Multiple-TLD dosimetry kit
- SGRT Positioning Check insert
Intended for
- End-to-End QA in SBRT Applications
- Comprehensive QA in SGRT Techniques
- Commissioning and Benchmarking
- Periodic Quality Assurance
- Confidence Building & Training
- Remote or Internal Audit Tests
- Clinical or Academic Research