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Product model: Brief description: CIRS's tissue-equivalent CT dose phantom is designed to more accurately simulate the patient's anatomy, with sizes ranging from infants to adult patients, and can present CT dose data more accurately and reliably.
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Product model: Brief description: All computed tomography systems require measurement of the CT dose index (CTDI), and each part of the CIRS CT dose phantom can provide individual dose information. When performing dose distribution measurements, the user can also measure large, small, and intermediate ranges of nominal fault section thicknesses.
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Product Model: Brief Description: US CIRS 004 Bone Density Phantom The CIRS Model 004 CT simulator for bone mineral analysis is designed to take into account all known sources of influence on vertebral body density measurements by simulating the shape and density of an average patient using materials that are essentially equivalent to a human tissue with respect to X-ray interaction, including age-related changes in vertebral body composition.
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Product Model: Brief Description: The CIRS 002H9K test phantom is made of 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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Product Model: Brief Description: CIRS Model 603-GS is designed to evaluate MR image distortion in stereotactic radiosurgery planning. It is also a useful tool for validating image fusion and deformable image registration algorithms used in various treatment planning systems. The tissue-equivalent anthropomorphic design closely matches clinical imaging protocols. Phantoms can be imaged using X-rays, computed tomography and magnetic resonance imaging.
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Product model: Brief description: CIRS 801-P male artificial pelvic phantom is the most realistic tissue equivalent phantom we offer. This phantom is designed for use in diagnostic radiology and radiotherapy for imaging dosimetry teaching and demonstration applications. All anatomical dimensions of the human body model are based on the Visible Human Project (VHP) datasets, which serve as a reference for studying human anatomy and are available through the National Library of Medicine.
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Product Model: Brief Description: The CIRS 731-HN head phantom is an anthropomorphic head phantom designed for commissioning and treatment planning system (TPS) validation with any conformal or IMRT proton therapy system1. The phantom is constructed of materials equivalent to CIRS tissue that mimic reference tissue within 1.5% for protons and 1% for photons from 1.5 KeV to 15 MeV.
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Product Model: Brief Description: The CIRS 071B Image-Guided Abdominal Puncture Phantom is a simplified abdominal model suitable for training and demonstration of image-guided needle biopsy navigation tools or procedures that require continuous visual reference for needle placement. Because it is constructed of Zerdine's self-healing formula, the phantom allows for multiple biopsy insertions with minimal needle tracking.
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Product model: Brief description: CIRS 070S and CIRS 070L models are realistic and durable prostate training models suitable for diagnostic and interventional procedures. Enhanced realism has been achieved with the Zerdine® gel formulation, which better simulates ultrasound contrast between the prostate and background tissue. Gel formulation provides CT, MR and elastography contrast for multi-modality imaging.
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Product Model: Brief Description: Midterm ultrasound examination can be used to estimate gestational age and diagnose fetal malformations so that students can gain competency in hands-on practice. Unfortunately, patient access will be restricted. The CIRS 068 Fetal Ultrasound Biometric Phantom helps guide and demonstrate fetal ultrasound techniques without stress.
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Product Model: Brief Description: CIRS Models 065-20 and 065-36 Fetal Ultrasound Phantoms provide tissue-equivalent and anatomically appropriate phantoms for ultrasound surface scanning of fetal morphology, capable of training and optimizing freehand acquisition techniques, and demonstrating and evaluating manual and automated 3D ultrasound systems. These phantoms are a low-cost, durable training tool that provides a stress-free user environment.
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Product model: Brief description: Since CT scans are widely used to correct tissue inhomogeneities in radiotherapy plans, it is particularly important to obtain the precise relationship between CT values (Hounsfield units) and electron density. The Type 062M electron density model enables precise correlation of CT data with the electron density of various tissues and is made from CIRS tissue equivalent materials.
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Product model: Brief description: The cone beam (CBCT) electron density model is an extended version of the CIRS 062M electron density model and is specially designed for cone beam CT imaging systems. Preliminary data suggest there may be differences between HU readings from diagnostic CT and cone beam CT. The geometry of cone beam CT requires additional materials and suggests that off-center axis measurements should be made.
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Product Model: Brief Description: The CIRS 057A abdominal phantom is constructed of Zerdine®'s self-healing formula, allowing multiple biopsy insertions with minimal needle tracking and is ideal for demonstrating image-guided navigation technology. Abdominal imaging can be used to diagnose disease and monitor treatment. Type 057A is representative of the small adult abdomen and can be imaged under CT, MR and ultrasound. This feature makes Phantom a useful tool for applications such as image fusion research; imaging protocol development; scanning technology training; and system testing, validation, and demonstration.
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Product model: CIRS 053S Brief description: CIRS 053S/053L/053L-EF tissue equivalent ultrasound prostate phantom, ideal training device for ultrasound-guided procedures. The CIRS 053S/053L/053L-EF Tissue Equivalent Ultrasound Prostate Phantom is a multimodal disposable phantom used for practicing procedures involving scanning the prostate with a rectal probe. Type 053S, 053L and 053L-EF gel formulations are designed to minimize needle tracking and provide imaging contrast under CT, MRI, ultrasound and elastography.
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Product model: Brief description: CIRS 052A breast phantom is an ultrasound needle breast biopsy phantom with amorphous lesions, specially designed for ultrasound-guided needle biopsy training and experiments. The non-spherical shape of the embedded target allows practice in 2D, 3D and 4D image acquisition.
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Product Model: Brief Description: *Prostate brachytherapy quality assurance procedures ensure accurate image guidance and dosimetry calculations. The CIRS 045A Prostate Ultrasound Body Model provides a complete solution for performing transrectal ultrasound-guided QA procedures recommended by AAPM Task Group 128 for prostate brachytherapy.
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Product model: Brief description: The CIRS 036A-CVXX-XX radiotherapy test phantom is an anthropomorphic thorax containing an articulated spine, ribs and lungs. All materials are available for kV and MV energies. The thoracic section contains two lung tumor volumes with an ionization chamber in the center of each target*. The phantom also included a lung insert with an irregularly shaped lung target.
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Product Model: Brief Description: CIRS 009 Phantom Features: Routine Patient QA Beam Constancy Check MLC QA User Friendly Setup and Positioning Suitable for Head/Neck and Trunk Treatment
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Product Model: Brief Description: CIRS 008V Dynamic Phantom The Viewray® dynamic phantom was used to validate the unique capabilities of the Viewray system to track and provide gating processing based on real-time MRI imaging. The phantom's dosimetric capabilities enhance the validation of the Viewray system from the planning phase to the final phase of gated treatment delivery. This phantom is designed to meet Viewray requirements specification document RQ-0034 Rev C.
