Simulate with the CIRS Dynamic Thorax Phantom tumor movement in the lung
The CIRS Dynamic Thorax Phantom is a precision instrument for research and reduce the impact of the respiratory cycle at the tumor movement in the lung. The system provides reliable, accurate and repeatable three-dimensional movement in a tumor tissue-equivalent phantom. The phantom simulates an average human thorax in shape, proportion and composition.
functionalities
- Visualization of complex 3D tumor motion in the lung
- Sub-millimeter accuracy
- Software sends various imported movement cycles
- Tissue equivalent of 50keV to 15MeV
- Usable with TLD MOSFET, Dose Gel, micro-chamber, PET / CT and film
- The platform movement and technique are compatible with other CIRS phantoms
- Very user-friendly Windows-based software is included
- Target motion and parameters are displayed in real-time
features
| Overall dimension | 67 cm x 32 cm x 28 cm |
| Total weight | 17.2 kg |
| Amplitude, IS | ± 25 mm |
| Amplitude, AP / LR | ± 10 mm |
| Amplitude surrogate | ± 25 mm |
| Movement accuracy | ± 0.1 mm |
| Cycle time | 1 sec – ∞ |
| Waveforms | sin(t), 1-2cos4(t), 1-2cos6(t), sawtooth, sharkfin |
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Overall dimension 67 cm x 32 cm x 28 cm Total weight 17.2 kg Amplitude, IS ± 25 mm Amplitude, AP / LR ± 10 mm Amplitude surrogate ± 25 mm Movement accuracy ± 0.1 mm Cycle time 1 sec – ∞ Waveforms sin(t), 1-2cos
4(t), 1-2cos
6(t), sawtooth, sharkfin
