American CIRS 002H9K radiotherapy test phantom
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Brief description:The CIRS 002H9K test phantom is constructed from a proprietary tissue-equivalent epoxy resin material. From 50kev to 15kev, the linear attenuation of simulated tissue is within 1% of the actual attenuation of bone and water. These unique materials eliminate the need for correction factors, improving accuracy and saving time. The phantom simulates the patient throughout the entire process from CT data acquisition and planning to delivery and dose verification.
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Detailed introduction
USACIRS 002H9K radiotherapy test phantom
USACIRS 002H9K radiotherapy test phantomProduct details
——Complete quality inspection from CT imaging to dose verification
CIRS offers a variety of IMRT models to match the most common IMRT treatment areas, such as prostate, head and neck, breast, and lung.
The CIRS 002H9K test phantom is constructed from a proprietary tissue-equivalent epoxy resin material. From 50kev to 15kev, the linear attenuation of simulated tissue is within 1% of the actual attenuation of bone and water. These unique materials eliminate the need for correction factors, improving accuracy and saving time. The phantom simulates the patient throughout the entire process from CT data acquisition and planning to delivery and dose verification.
Model 002H9K simply adjusts two rotating cylinders to select any point dose position within a circular area with a diameter of 11.2 cm. Lung and bone equivalent rods can be placed anywhere within the annular region to assess heterogeneity correction. Remove the center cylinder from the virtual body to simulate a head and neck setup.
CIRS 002H9K test phantom characteristics
ionization chamber,TLDs, MOSFETs and diodes are easily positioned using interchangeable rods
Select any point dose location by rotating the cylinder
radiographic film dosimetry– ReadyPack® and/or GafChromic® film
Placing the detector closely on the film improves film calibration
CT – Film markers ensure accurate film plan registration
Indexed surface for precise alignment
With or without heterogeneous configuration
IMRT verification system
CIRS-IMRT models are made from tissue-equivalent materials and simulate within 1%, from 50kev to 15mev, for accurate simulation from CT planning to treatment delivery. The interchangeable rod design allows the model to accommodate multiple dose measurement devices, such as ion chambers, TLDs, diodes and MOSFETs, in the same location within the model*. Model cross-section accommodates GafChromic(r) or standard off-the-shelf packaging film.
The CIRS series of IMRT phantoms are compatible with RIT 113 software and can be used for film planning analysis.
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