The Radiosurgery Head Phantom was designed to improve the accuracy of treatment plan verification in radiosurgery. It allows for 3D dose verification in a large cranial volume.
Features • Verification of intracranial dose distribution • 3D isodose verification • Commissioning and comparison of Treatment Planning Systems • Verification of individual patient treatment plan • Teaching tool for Gamma Knife and Radiosurgery
The CIRS Radiosurgery Head Phantom was designed to improve the accuracy of treatment plan verification in radiosurgery. It allows for 3D dose verification in a large cranial volume.
The Phantom contains average brain, bone spinal cord, vertebral disks and soft tissues mimicked with 1% accuracy for both CT and Therapy energy ranges (50 keV - 25 MeV). The 2.5"x2.5"x2.5" Film Cassette contains 13 levels of X-Ray or Gafchromic® Film to increase accuracy of 3D dose reconstruction. It can be interchanged with an equivalent Gel Dosimetry Cassette or TLD holder. Two brain-equivalent spacers allow the user to locate the cassette in one of four different positions without breaking the consistency of the intracranial anatomy.
BANG(TM) gel cassette BANG is a registered trademark of MGS Research Inc.
Radiosurgery
Head Phantom
For Evaluation of Treatment Accuracy
Model 605
Features
?Verification of intracranial dose distribution
?3D isodose verification
?Commissioning and comparison of
Treatment Planning Systems
?Verification of individual patient treatment plan
?Teaching tool for Gamma Knife and Radiosurgery
The CIRS Radiosurgery Head Phantom was designed to improve the accuracy of treatment plan verification in radiosurgery. It allows for 3D dose verification in a large cranial volume.
The Phantom contains average brain, bone spinal cord, vertebral disks and soft tissues mimicked with 1% accuracy for both CT and Therapy energy ranges (50 keV - 25 MeV).
The 2.5"x2.5"x2.5" Film Cassette contains 13 levels of X-Ray or Gafchromic?Film to increase accuracy of 3D dose reconstruction. It can be interchanged with an equivalent Gel Dosimetry Cassette or TLD holder. Two brain-equivalent spacers allow the user to locate the cassette in one of four different positions without breaking the consistency of the intracranial anatomy.