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Model 701-706 16 Pages

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ATOM® Dosimetry Phantoms Models 701 - 706 WHOLE BODY DOSE • ORGAN DOSE • THERAPEUTIC RADIATION

CIRS ATOM® phantoms are a full line of anthropomorphic, cross sectional dosimetry phantoms designed to investigate organ FEATURES • Phantom models cover a wide range of patient ages • Organ specific dosimetry with minimal detectors • Superior tissue simulation and lifelike imaging properties dose, whole body effective dose as well as verification of delivery of therapeutic radiation doses. ATOM is the only line of dosimetry phantoms to range in sizes from newborn to adult. Six models are available: newborn, 1-year, 5-year and 10-year old pediatric phantoms as well as adult male and female...

The Choice for Quality Assurance, Clinical and Research Applications ATOM phantoms provide our best tissue simulation and the widest variety of options available on whole body cross sectional dosimetry phantoms. Additionally they are designed to accommodate a wide variety of detectors in a variety of configurations offering dose measurements in precise body locations. This publication introduces the main concepts for ATOM Phantoms; however, when ordering you should contact your CIRS representative or CIRS Technical support to design the best dosimetry phantom for your needs. Anthropomorphic...

Anthropomorphic Phantoms From Adults to Infants DOSE CALCULATIONS RELATED TO SIZE The size of each model is based on ICRP 23, ICRU 48 and available anatomical references (See Table 1). Only CIRS ATOM phantoms represent both pediatric and adult patient groups. • Adult Male • Adult Female This age range allows more accurate calculations of dose. The pediatric products support practitioners efforts to “child size” diagnostic scanning protocols in CT and more precisely determine effective doses in diagnostic radiology. Because scattering radiation can give a significant dose contribution to the...

Proven Tissue Equivalent Technology CIRS tissue simulation technology has been validated through specific testing, continuous monitoring of manufacturing applications, worldwide use and acceptance of products for over 25 years. CIRS formulates Tissue Equivalent (TE) materials for quantitative measurement, training, image quality control and dose calibration. Resins and polymers are available to simulate any tissue in the human body. CIRS computer models consider tissue to be mimicked, modality/energy level and raw materials to be used. formulation equivalent to 0.2 g/cc. Other densities are...

Homogeneous Bone The skeletal anatomy of ATOM phantoms includes a homogeneous bone tissue composition that averages known cortical to trabecular ratios and age based mineral densities. Bone tissue compositions for the adult and pediatric phantoms were designed based on the most reliable data available. There are many advantages to using average bone rather than natural skeletons or simulated skeletons that include separate trabecular and cortical densities. *This design feature provides for dose verification in different applications, especially when comparative Monte-Carlo calculations are...

Optimized Organ Dosimetry CT and Cone Beam CT dosimetry can require organ dosimetry and whole body dosimetry. CIRS is the only manufacturer that offers organ hole locations specific to 22 radiosensitive internal organs, optimized for precise calculations using the minimum number of detectors necessary. The selection of hole positions is supported by detailed anatomical information about the average position of these 22 radiosensitive internal organs. A set of maps outlining the most frequently observed organ locations and also the optimized detector hole distribution within each organ...

Dosimetry Holes in Standard Grid Patterns Dose verification in Radiation Therapy can require standard 3cm X 3cm (option “-B”) or 1.5cm X 1.5cm (option “-C”) hole grids. These are available in lieu of the organ placement feature. For all hole options, the thru holes are typically 5 mm diameter. Thru holes of 3mm, 7mm and 10mm diameter are available as standard options. Other hole sizes may be available via custom order. Model 702-B section 23 3 cm x 3 cm grid option Model 702-C section 23 1.5 cm x 1.5 cm grid option Standard Solid TE Plugs Detector Options For all grid options, holes are...

MOSFET DOSIMETRY MOSFETs are accommodated by ordering the ATOM MOSFET Cartridge as an accessory. This specially machined plug is available in soft tissue and bone formulations. The plug has a recessed area that fits the MOSFET detector along the side of the plug while still allowing the plug to fit into the 5 mm diameter hole within the section. A radius on the end of the cartridge allows a 90 degree bend in the cable. Black tape (included) can be placed on either side of the cable on the slab to prevent damage to the cable when the phantom is assembled. FILM Film dosimetry is supported by...

Breast Attachments Breast Attachments are an optional accessory for the Adult ATOM male and female phantoms only. ATOM phantoms do not come configured with breast attachments. All breast attachments are manufactured from 50% glandular/50% adipose equivalent material (BR50/50). They are available in two shapes: standard shape (representative of a patient in the upright position) or with supine shape. Each shape may have a range of available sizes. Customer must indicate if right or left side attachment is desired. FEMALE BREAST ATTACHMENTS The Model 702 Adult ATOM Female does not include...

CT Imaging QA Kit EVALUATE CT PERFORMANCE IN ANTHROPOMORPHIC PHANTOMS The CIRS CT Imaging QA Kit is designed for use in ATOM Dosimetry phantoms. The inserts contained in the kit investigate correlation between the image quality and CT doses. The kit provides various targets for evaluation of two important CT performance parameters: low contrast detectability and spatial resolution in soft tissues and lung regions. The Model 700-QA includes four inserts: (1) lung and (3) soft tissue - cylindrical, spherical and true 3D line pair targets. The diameter of the spheres and cylinders provide a...

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Explore CIRS

CIRS is a recognized leader in tissue simulation for medical imaging and radiation therapy. CIRS’ proprietary tissue equivalent phantoms are manufactured for every imaging modality, and enable healthcare providers to offer the highest quality patient care.

Stronger Together:  Sun Nuclear and CIRS are now part of the new Mirion Medical brand, reinforcing the growing healthcare focus within Mirion Technologies. As part of this change, CIRS solutions will integrate into the Sun Nuclear brand, taking on the new look for Sun Nuclear as part of the Mirion Medical group. With complementary and proven product portfolios, Sun Nuclear and CIRS continue to share a commitment to easing technology adoption, optimizing Quality Management, and ensuring Patient Safety. 

Model 007TE – Tissue Equivalent CT Dose Phantoms

Accurate size-specific dose measurements

The CIRS Tissue Equivalent CT Dose Phantoms are designed to more accurately simulate the patient’s anatomy, from small infant to large adult patient, rendering more accurate and reliable CT dose data. The bodies of the phantoms are made from Plastic Water ® – LR that faithfully mimics the x-ray linear attenuation and scatter properties of water within 1% in diagnostic energy. There are 8 abdominal, 8 thorax, and 4 head phantoms of different sizes and ages available.

Model 610 – AAPM CT Performance Phantom

Meets Guidelines in AAPM Report #1 “Performance Evaluation and Quality Assurance of CT Scanners”

The CIRS Model 610 AAPM CT Performance Phantom offers the user a single test object that measures ten distinct CT performance parameters. The phantom design is based on the guidelines presented in Report #1 of the American Association of Physicists in Medicine Task Force on CT Scanner Phantoms. The goals of report #1 were to “(1) define ‘performance’ of a CT scanner and (2) describe methods of performance testing through utilization of particular phantoms.”

Model 662 – Multi-Energy CT QA Phantom

Comprehensive QA for Multi-Energy CT

The CIRS Multi-Energy CT QA (MECT) phantom is designed to assure accurate performance and consistency of Multi-Energy CT scans. The phantom facilitates evaluation of scanner performance allowing users to verify the quantitative accuracy of multi-energy scans, check for artifacts in an extended field-of-view and compare the consistency and stability across different scanners.

Model 015 – Mammographic Accreditation Phantom

Comply With FDA Performance Standard

The CIRS Model 015 Mammographic Accreditation Phantom was designed to test the performance of a mammographic system by a quantitative evaluation of the system’s ability to image small structures similar to those found clinically. Objects within the phantom simulate calcifications, fibrous calcifications in ducts and tumour masses.

Model 015DM – Digital Mammography Accreditation Phantom

Comply with ACR Requirements

The Digital Mammography Phantom was designed to evaluate image quality in digital mammography systems currently used for stereotactic biopsy and localization. This phantom is a miniaturization of the CIRS Model 015, Mammography Accreditation Phantom used for routine mammography quality assurance. Objects within the phantom simulate calcifications, fibrous calcifications in ducts, and tumour masses.

Model 022 – Contrast Enhanced Spectral Mammography Phantom

A Simple Comprehensive Phantom for Routine CESM QA

The CIRS Contrast Enhanced Spectral Mammography (CESM) Phantom is designed to address the need for QC of CEDM systems. The phantom demonstrates the presence and absence of iodine in tissues by containing different iodine concentrations and non-iodine breast tissue substitutes. The CESM phantom represents an average human breast in size and shape.

Model 603-GS – MR Distortion & Image Fusion Head Phantom

Assess MR distortion and image fusion during SRS

CIRS Model 603-GS was designed to assess MR image distortion in Stereotactic Radiosurgery Planning. It’s also a useful tool for verifying image fusion and deformable image registration algorithms used in various treatment planning systems. The tissue equivalent, anthropomorphic design closely matches a clinical imaging scenario. The phantom can be imaged using X-ray, Computed Tomography and Magnetic Resonance. It images well with all MRI sequences tested to date, including T1 weighted, T2 weighted, 3D Time of Flight, MPRAGE and CISS.

Model 604-GS – Large Field MR Image Distortion Phantom

Assess image distortion in a tissue-like medium

The Model 604-GS provides a tissue-like imaging environment for assessing geometric distortion in whole-body MRI scanners. The 604-GS is designed to assess image distortion caused by B0 inhomogeneity and nonlinearity of the magnetic gradients. Unlike other air-filled phantoms, the liquid-filled 604-GS is also sensitive to chemical shifts and susceptibility artifacts, additional causes of distortion found when encountering density differences in diagnostic MRI and radiation therapy treatment planning.

Model 603S – Distortion Check

Automated analysis of distortion in MRgRT

Distortion Check is a new, cloud-based solution designed to quickly and automatically quantify distortion in MRI images. Used in conjunction with CIRS MRI Grid phantoms, the software provides the capability to quickly and accurately measure distortion throughout the entire image volume.

Model 057A – Triple Modality 3D Abdominal Phantom

CT / Ultrasound / MRI Image Fusion • Live Scanning • Biopsy Training

The CIRS Triple Modality 3D Abdominal Phantom is constructed of a self-healing formulation of Zerdine ® 1 that allows multiple biopsy insertions with minimal needle tracking, and is ideal for demonstrating image-guided navigation technologies. Abdominal imaging is useful for diagnosing disease and monitoring treatments. Our Model 057A is representative of a small adult abdomen and can be imaged under CT, MR and ultrasound. This feature makes the phantom a useful tool for applications such as image fusion studies; imaging protocol developments; scan technique training; and system testing, validation and demonstration.

Model 038 – Stereotactic End-to-End Verification Phantom (STEEV)

High fidelity simulation for your SRS program

Stereotactic Radiosurgery (SRS) necessitates a high degree of accuracy in target localization and dose delivery. Small errors can result in significant under treatment of portions of the tumour volume and overdose of nearby normal tissues. The CIRS Stereotactic End-to-End Verification Phantom (STEEV) provides a means to check all necessary steps of a treatment planning system, from diagnostic imaging with CT, MR, and PET, to treatment plan verification.

Model 036S – E2E ® SBRT Phantom with Removable Spine

“End-to-end” SBRT testing solution

The high dose per fraction associated with SBRT necessitates a high degree of accuracy in target localization and dose delivery. Small errors can result in significant under treatment of portions of the tumour volume and over dosage of nearby normal tissues. The E2E ® SBRT Phantom with Removable Spine provides a means to check the entire treatment chain during commissioning and routine QA.

Model 008A – Dynamic Thorax Phantom

Image acquisition • Treatment planning QA • Dose delivery

The CIRS Dynamic Thorax Motion Phantom is a precision instrument for investigating and minimizing the impact of tumour motion inside the lung. It provides known, accurate and repeatable three-dimensional target motion inside a tissue-equivalent phantom. It is designed for comprehensive analysis of image acquisition, planning and dose delivery in image-guided radiation therapy.

Model 037 – Multi-Lesion Brain QA Phantom

Multi-lesion SRS treatment planning QA in brain-equivalent phantom

Our Multi-Lesion Brain QA Phantom (Model 037) provides a unique solution for fast, comprehensive film dosimetry quality assurance for single isocentre plans with multiple targets. The phantom may be used for thorough validation of multi-lesion treatment methods.

Model 701-706 – Atom ® Dosimetry Verification Phantoms

Whole Body Dose • Organ Dose • Therapeutic Radiation

CIRS ATOM ® phantoms are a full line of anthropomorphic, cross sectional dosimetry phantoms designed to investigate organ dose, whole body effective dose as well as verification of delivery of therapeutic radiation doses. ATOM is the only line of dosimetry phantoms to range in sizes from newborn to adult. Six models are available: newborn, 1-year, 5-year and 10-year old paediatric phantoms as well as adult male and female phantoms.

Model 002xx – IMRT Phantom Series

Complete QA from CT imaging to dose verification

With treatment site specific models for Pelvic, Thorax, Head and Neck as well as Head & Torso the 002 series with film and ion chamber dosimetry are designed to address the complex issues surrounding commissioning and comparison of treatment planning systems and complete system QA from CT imaging to dose verification.

Model 008Z – Zeus: MRgRT Motion Management QA Phantom

Image Acquisition • Treatment Planning • Dose Delivery

The integration of MR imaging in radiation therapy facilitates real-time motion management. The CIRS Zeus MRgRT Motion Management QA phantom is designed to address such needs. Zeus is MR Safe due to the use of piezoelectric motors and non-ferromagnetic materials. The two piezoelectric motors move a cylindrical insert, which contains a tracking target, through a gel/liquid fillable body by rotating it independently from the motion in the Inferior-Superior direction.

Model 062M – Electron Density Phantom

Correlate CT number and tissue electron density

Because CT scans are used to correct for tissue inhomogeneities in radiotherapy treatment planning, it’s important to obtain a precise relationship between CT number (in Hounsfield units) and electron densities. The Model 062M Electron density phantom enables precise correlation of CT data to electron density of various tissues and is manufactured from CIRS tissue equivalent materials.

Model 023 – Daily ISO Phantom

Accurate • Economical • Easy to use

Accurate radiation dose delivery requires daily checks of the alignment between the true radiation isocenter and the isocenters of the imaging, localization and targeting systems. The CIRS Daily ISO Phantom provides a cost-effective, quick, and accurate means for testing isocenter coincidence.

Model PW – Plastic Water ®

Calibrate photon and electron beams within 0.5% of true water dose

Unlike other water equivalent plastics on the market, Plastic Water ® is flexible and resists breakage under impact. Plastic Water is the only calibration material available in 1 mm thicknesses. Original Plastic Water ® is the only material which agrees with true water within 0.5% above 7 MeV.

Model ATS 535H – Basic QA Phantom

Model ATS 539 – Multi-Purpose Phantom

Model ATS 560H – 3D Calibration Phantom

Model 711-HN – Atom Max Dental & Diagnostic Head Phantom

Our Most Realistic Maxillofacial Phantom for Dental Cone Beam CT & Panoramic X-Ray

The CIRS ATOM Max Dental and Diagnostic Head Phantom is a standard of reference for diagnostic radiology of the head. The phantom is designed to assist technical and clinical staff in the selection, monitoring, training and verification of scanning parameters common to most radiological procedures requiring fine anatomical details.

Model 139702 – DR QC Phantom

Quality Assurance for DR Systems

The CIRS DR QC Phantom allows comprehensive quality assurance testing for DR Detectors and associated software.

Model 903 – Radiography Fluoroscopy QA Phantom

Solid Assessment Tool for X-Ray Image Quality Programs

The CIRS Model 903 Radiography/Fluoroscopy QA Phantom is designed to provide physicians with an opportunity for a comprehensive review of their Radiography/Fluoroscopy facility image quality programs. The phantom can be used for both initial QA assessment and routine monthly QA testing to help ensure patients are receiving the best possible X-ray examinations.

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CT scan test phantom 610 general purpose

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Other CIRS products

Diagnostic ct.

• Calibration phantom
• General purpose test phantom
• Ultrasound imaging test phantom
• Radiography test phantom
• Torso test phantom
• MRI test phantom
• Head test phantom
• Radiation therapy calibration phantom
• Breast test phantom
• Mammography test phantom
• Pediatric test phantom
• Abdomen test phantom
• Pelvis test phantom
• Whole body test phantom
• Brain test phantom
• Skull test phantom
• Fluoroscopy test phantom
• Spine test phantom
• Dental radiography test phantom

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Radiological imaging technology, radia therapy.

Radia is an à la carte-based software for comprehensive imaging QA/QC at your facility. Easily customize your Radia software by adding the therapy modules needed to perform automated analyses on your facility's phantoms.

Radia is tailored specifically for you. You can select and purchase any of the modules listed below to create a customized software package for your imaging QA needs. RIT provides fast, robust, and accurate analysis of all imaging tests recommended in TG-142.  Easily automate your LINAC image QA and get quantitative, repeatable analysis for all tests. Full reports of all imaging tests are easily generated, and results can be automatically tracked with RIT trend ™.

Therapy Modules

Base module.

Catphan ® is a registered trademark of The Phantom Laboratory. NORMI ® is a registered trademark of PTW. Primus ® is a registered trademark of IBA. iView™ is a trademark of Elekta, AB.

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ZEUS: MRgRT Motion Management QA Phantom

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