The ACR CT Phantom is an integral part of the ACR CT Accreditation Program. The software was developed as an option that can be used to greatly simplify the data recording, storage and comparison. The software will help medical physicists to significantly reduce their time spent analyzing the results of the scan. It provides excellent Region of...
This voluntary program provides physicians with an opportunity for a comprehensive peer review of their CT facility, personnel qualifications, image quality and quality assurance programs. The phantom can be used for initial QA assessment and routine monthly QA testing to help ensure that patients are receiving the lowest possible CT dose.
The 403GS LE Multi-Purpose Phantom provides advanced technology for measuring image quality of small parts and intra-cavity ultrasound scanning systems. Grey scale targets are provided for monitoring contrast and resolution, distinguishing different intensities of brightness and border delineation capabilities of the ultrasound system.
The Gammex 163 Breast Compression device measures the compression force in automatic and manual modes to assure accuracy and reproducibility. Appropriate compression of the breast may be the single most important parameter of dedicated screen film mammography.
The Gammex 156D Stereotactic Mammographic Accreditation Phantom is used for monitoring digital mammography systems currently used for stereotactic biopsy and localization. The 156D is accredited by the ACR.
The Gammex 156 provides the physical standard baseline for assuring the quality of the images produced by your mammographic system. The 156 simulates the x-ray attenuation of a 4.2 cm slab of compressed human breast composed of 50% adipose tissue and 50% glandular tissue.
The Full Field Digital Mammography Phantom Model 145 is designed to test the performance of a digital mammographic system by evaluating the system's ability to image small structures similar to those found clinically. Objects within the phantom were designed to simulate micro-calcifications, fibrous structures in ducts, and tumor-like masses.
The DAP W2 is intended to be mounted on the face of diagnostic X-ray collimators for measuring dose area product or AEP (Area Exposure Product) during diagnostic radiological examinations. Rectangular, transparent ionization chamber with integrated electronics and external LCD display with PC/Printer port.
Transparent ionization chamber with integrated electronics and internal LCD display.The DAP W1 is intended to be mounted on the face of diagnostic X-ray collimators for measuring dose area product or AEP (Area Exposure Product) during diagnostic radiological examinations.
The Gammex Dual Energy Characterization CT Phantom provides users with the ability to perform Quality Assurance for Dual Energy CT analysis of Iodine and Calcium. The Phantom consists of a Solid Water disk approximately the size of an average pelvis.
The Gammex CT Perfusion Phantom is designed to mimic a perfusion study where traceable material is monitored as it travels through brain tissue. Software that is proprietary to the CT scanner is then used to determine blood flow rate curves and to compare them to known normal. This provides a reference baseline.
The CIRS Model 040GSE Multi-Purpose Multi-Tissue Ultrasound Phantom not only contains all the features of the original CIRS Model 040, but also includes gray scale targets, anechoic stepped masses and elasticity targets. The phantom is designed to meet the ultrasound QA challenges of today and tomorrow.
"Bona Fide Phantom" (BFP), is a quality control tool for Dual-Energy X-ray Absorptiometry (DEXA) instruments, which features an acrylic-embedded calcium hydroxyapatite (CHA) step-wedge. Advanced design features make it the best choice for assessing DEXA instrument stability. You can successfully use the BFP on all mainstream DEXA instruments.
Proven simulation technology enables the use of tissue equivalent, realistically-shaped phantoms for mammographic quality assurance.The CIRS Breast Phantoms contains targets that are engineered to test the threshold of the new generation of mammography machines. The phantoms include a removable 0.5 cm adipose tissue equivalent layer.
Revolutionize 3D breast imaging QC. Thoroughly test Tomosynthesis system stability and lesion detectability Evaluate image quality and quantify targets in plane reconstructed images Stay current with developing protocols, including EUREF and AAPM Task Group 245