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The brain phantoms are used for medical imaging (both static and flow) and for treatment planning for HIFU procedures. They can be also used for training medical students and practitioners. True Phantom Solutions are pioneers in developing these phantoms and hold strength in customizing them. -
The Adult Brain (Complex) phantom is constructed to resemble an average brain using realistic tissue-mimicking materials suitable for Ultrasound, MRI, and X-Ray/CT scans. It provides realistic T2 relaxation time values, making it ideal for T2-weighted MRI imaging. Proton Density imaging methods also yield good results. -
The Adult Brain (Basic) phantom is a realistic training tool that resembles an average human brain. It is made with tissue-mimicking materials suitable for Ultrasound, MRI, and X-Ray/CT scans. The phantom features various components, including a tumor, realistic brain tissue, brain white matter, and brain grey matter, creating a comprehensive training experience. -
The Pediatric Full Body Phantom is an X-Ray/CT and MRI-compatible training tool for medical professionals. It is designed based on a 4-year-old child model, featuring life-size anatomy with accurate organs and bones divided into 10 body parts. It is used for training patient positioning techniques and visual evaluation for optimal scanning conditions. -
The Adult Pelvis with Prostate Phantom is designed based on an average adult human (male). The synthetic bones used in this phantom are made out of our patented material, which is best suited for the X-Ray/CT, and MR imaging applications. This product can be further customized to match any project’s specific requirements. -
The Adult Pelvis with Prostate phantom is designed around the average adult male anatomy. It features soft tissue-mimicking materials and synthetic bones suitable for X-Ray/CT and Ultrasound imaging. It serves as a tool for medical imaging research, radiology training, testing, and calibration.
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The Adult Pelvis Phantom is designed based on an average adult male, featuring realistic soft tissue-mimicking material and synthetic bones for X-Ray/CT and Ultrasound imaging. It serves as a tool for medical imaging research, radiology training, testing, and calibration. The phantom can be customized to meet specific requirements, including adjustable inner porosity in the three-layered spine bones and customization of size and shape based on individual CT scans. -
Adult, X-Ray, CT, US, MRI -
HD-QC1 is an anthropomorphic adult human head phantom that can be used for applications related to Image guided radiotherapy (IGRT), Stereotactic radiosurgery (SRS), and potential quality assurance (QA) applications. It serves as an ideal tool to study target localization and dose delivery under the image guidance of CT, MRI and PET. -
The adult torso phantom is based on an average human anatomy. The bones installed inside this Torso are made out of realistic patented bone material that is suitable for X-Ray/CT & MRI applications. It can be used for diagnostic imaging research and training. This phantom can also be customized as a training simulator to train medical students on COVID-19-related diagnostic procedures. -
Adult Thorax phantom features a thoracic skeleton made of realistic patented bone material for X-Ray/CT and MRI applications. It serves medical imaging research and radiology training while also offering customization for equipment testing. The vertebrae have adjustable porosity and lungs are customizable that can help mimic different pathologies. -
Adult Human Torso (Dynamic) with a beating heart and breathable lungs is a lifelike, anatomically realistic, from neck to pelvic area phantom/simulator with all the essential organs present inside. This phantom is compatible with MRI and X-Ray/CT, and it is an ideal tool for applications such as angiography. The organs are made from realistic urethane-based tissue-mimicking materials, and the bones are made from a patented ceramic-reinforced epoxy-based composite material. The skeleton is assembled from individually cast bones with vertebrae that have a realistic three-layered structure and inner porosity. In terms of MRI applications, the phantom tissues have realistic T2 relaxation time values, which makes this product to be the best fit for any T2-weighted MRI imaging methods. Very good results can also be achieved with Proton Density imaging methods. The phantom can still be imaged with T1-weighted methods, but the T1 values are less realistic, and they are within the range of about 100 ms. The design of this phantom includes a realistic heart with all major heart vessels and internal heart chambers. The TPS heart pump is included with this phantom, and it enables the realistic heartbeat and motion of heart walls. The TPS lung pump is also included to provide lifelike breathing motion in the torso.