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The Adult Human Torso (Advanced) Phantom is a lifelike simulator with realistic anatomy, including essential organs and a beating heart. Compatible with X-Ray/CT and MRI, it serves as an ideal tool for medical research in imaging. The product features a realistic heart with major vessels, internal chambers, and a TPS heart pump for lifelike heartbeat and motion. -
The Adult Human Torso (Advanced) Phantom is a lifelike simulator with realistic anatomy, including essential organs and a beating heart. Compatible with X-Ray/CT and MRI, it serves as an ideal tool for medical research in imaging. The product features a realistic heart with major vessels, internal chambers, and a TPS heart pump for lifelike heartbeat and motion.
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The design of this phantom is based on an average human right knee with thigh and calf regions. It is made out of several realistic tissue mimicking materials that are suitable for X-Ray CT and Ultrasound applications. -
The Adult Knee phantom is designed around the structure of an average adult human knee. It comprises of synthetic bones made from patented bone material and urethane-based tissue mimicking materials for soft tissues. -
The Adult Leg (Muscles) Phantom is a realistic tool for studying and testing medical imaging devices. Based on the average anatomy of a male leg, it includes bony and soft tissue features. The LG-A02 is suitable for various X-Ray/CT and Ultrasound procedures and can be customized with pathologies or for specific training needs upon request. -
Adult Leg for X-Ray/CT and MRI is a part of our Adult Full Body Phantom for X-RAY/CT and MRI training [FB-A01] that can be purchased independently. The leg phantom has a joint at the knee for flexibility and motion. It connects the lower leg with the upper leg (thigh). These two parts can be disarticulated as per needs. -
Adult, X-Ray, CT, US, MRI
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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. -
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 Skull Phantom is an excellent tool for medical imaging research and treatment planning of non-invasive HIFU brain surgeries. The design is based on a CT scan of a human male head, and the skull is made from a realistic patented epoxy-based bone material suitable for Ultrasound, MRI, and X-Ray/CT applications. The phantom features a realistic three-layered structure with adjustable inner porosity (diploe) to meet specific project requirements. -
The Adult Human Skull with Brain Phantom is a versatile tool ideal for medical research and treatment planning, specifically for non-invasive HIFU brain surgeries and medical imaging studies. Resembling the Head Phantom but without skin-mimicking tissue, this model features a realistic three-layered structure with an inner diploe layer, closely resembling the average human male skull. Crafted from a patented epoxy-based bone material, it ensures compatibility with Ultrasound, MRI, and X-Ray/CT applications. Customization options for different parts of the skull are also available upon request. The phantom incorporates the complete ventricular system, including lateral, third, and fourth ventricles. These inflatable ventricles simulate realistic pressure dynamics within the brain, closely approximating actual cerebral anatomy. The ventricles can be filled with various liquids to achieve desired effects. For MRI applications, the phantom’s tissues exhibit realistic T2 relaxation time values, making it an excellent fit for T2-weighted MRI imaging techniques. Proton Density imaging methods also yield high-quality outcomes. While T1-weighted techniques are viable, T1 values are less accurate, falling within the approximate range of 100 ms. Before imaging the phantom, please fill the ventricles with water (or chosen contrast agent) using the tube on the back of the brain. After filling the ventricles, plug the tube with a removable blue silicone plug.