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The Advanced Newborn Torso phantom was developed in collaboration with the Sonographic Clinical Assessment of the Newborn Training Program at the University of Calgary. This phantom is an deal tool for Ultrasound-guided procedures, such as catheter insertion through the umbilical cord and bladder catheterization. It is constructed with realistic tissue-mimicking materials suitable for Ultrasound and X-Ray/CT imaging.
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The Newborn Torso (Transparent) phantom was developed in collaboration with the Sonographic Clinical Assessment of the Newborn Training Program at the University of Calgary. This phantom is an deal tool for Ultrasound-guided procedures, such as catheter insertion through the umbilical cord and bladder catheterization. It is constructed with realistic tissue-mimicking materials suitable for Ultrasound and X-Ray/CT imaging.
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The Newborn Torso phantom was developed in collaboration with the Sonographic Clinical Assessment of the Newborn Training Program at the University of Calgary. This phantom is an deal tool for Ultrasound-guided procedures, such as catheter insertion through the umbilical cord and bladder catheterization. It is constructed with realistic tissue-mimicking materials suitable for Ultrasound and X-Ray/CT imaging.
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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.
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The Pediatric Full Body Phantom is an X-Ray/CT and Ultrasound-compatible training product used for training patient positioning techniques. It is popular among medical schools and teaching hospitals for training radiology students and medical professionals. This life-size phantom consists of anatomically correct organs and bones divided into 10 body parts.
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Rat Phantom (Anatomical) is based on the average anatomy of a rat/mouse and is suitable for both X-Ray/CT and MR imaging methods, and it can be customized to excel in a selected imaging modality. It is a powerful tool that can be used for testing and calibration-related work of various medical imaging devices.