With CIRS now part of Sun Nuclear, we are collaborating to provide optimal Quality Management solutions for Diagnostic Imaging and Radiation Therapy.
The CBCT Electron Density Phantom (Model 062MA) and the CBCT Electron Density & Image Quality Phantom (Model 062MQA), are no longer being manufactured or sold by CIRS. We are pleased to offer the following suitable alternative from Sun Nuclear.
Accurately converting CT values to HU or electron density values plays an important role in transitioning from diagnosis to a specific treatment protocol. With the Advanced Electron Density Phantom, ICRU-44 matched tissue equivalence, automation and smart design all serve to remove uncertainties from your energy conversions.
Automated CT-to-Density Analysis
Patented rod markers uniquely identify each material in a CT scan and automatically generate CT-to-density tables with capabilities in the RapidCHECK™ software. Rod markers eliminate the risk of misplaced rods, rotated phantoms, or incorrect selection of ROIs — further fool-proofing this analysis.
Sized for Wide-Beam Applications
A larger phantom body diameter supports evaluation of cone-beam CT and fan-beam CT scanners, with a removable section to support head and small body protocols.
Superior Tissue Equivalence
Phantom base and rods meet medical standards ICRU-44 and ICRP for human tissue densities, giving users additional assurance that the calculation of energy to be put into the patient is highly precise.
Compatible with Any Ion Chamber
The Advanced Electron Density Phantom is compatible with any ion chamber. Upon ordering, please specify which ion chamber you intend to use.
Rods within the Advanced Electron Density Phantom mimic water, cortical bone, inner bone, and liver at a high equivalency to medical standards (ICRU-44 and ICRP) for human tissue densities, offering confidence that CT values will be optimally converted to treatment energy values.
RapidCHECK software automatically identifies the rods in the CT scan and converts the values. Software image registration further removes human errors by uncovering any discrepancies in the phantom’s position (e.g., rotated or translated head, head rotated relative to the body).
Once completed, easily export results to CSV or Excel.