-
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. -
Rat Phantom (Cylindrical) can be fabricated as a simple cylinder or as an anatomically correct rat. Either of these phantoms is a powerful tool that can be used for testing and calibration-related work of various medical imaging devices. -
Rat Phantom (Cylindrical) can be fabricated as a simple cylinder or as an anatomically correct rat. Either of these phantoms is a powerful tool that can be used for testing and calibration-related work of various medical imaging devices. -
Sectional Rat Phantom for X-Ray/CT is a phantom designed based off of the average anatomy of a rat. It is sliced into segments and is used for medical imaging research and development, testing, and calibration-related work. -
Sectional Mouse Phantom for X-Ray/CT is a phantom designed based off of the average anatomy of a mouse. It is sliced into segments and is used for medical imaging research and development, testing, and calibration-related work. -
Aneurysm for R&D is an example of a feature that can be implemented to any location in the brain and/or blood vessels. -
Bifurcation for R&D is a feature which can be implemented to any location of the brain/blood vessels or simply submerged in a brain mimicking material used to fill the skull or head phantom. -
The brain structure is created based on an average anatomy and dimensions of an adult brain. The parenchyma is be made out of a homogeneous material with customizable composition to suit the need of various biomedical projects. -
Brain Ventricles for R&D are designed based on an average anatomy of human brain ventricles and they are fabricated using a novel 3D printing technology. -
Brain blood vessel feature is designed based on the arterial brain vessels and it is made out of realistic tissue mimicking material suitable for Ultrasound, MRI and CT applications. -
Complex Blood Vessels for R&D is a feature that can be implemented to any location of the brain or simply submerged in a brain mimicking material used to fill the skull or head phantom. -
Falx Cerebri is a membrane which divides left and right brain hemispheres and it is designed based on an average anatomy of an adult human brain. This feature is a perfect navigation point for medical brain imaging and it is made from a realistic material suitable for ultrasound and MRI applications.