-
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. -
Foreign Objects for R&D Various foreign objects can be incorporated within the skull directly into the brain tissue or to any other location of the phantom. The objects can mimic different materials such as bullets, shrapnel, and pieces of bones. -
Our Adult Head (Hematoma) phantom is a cutting-edge medical training solution that seamlessly integrates with X-Ray CT, US, and MRI. This advanced phantom replicates the intricate anatomy of the human head, providing healthcare professionals with a realistic and immersive tool for skill development. This phantom is an excellent tool for applications relating to head trauma, hematomas, stroke, aneurysm, etc. -
Blood Vessels for R&D can be fabricated as a stand-alone phantom or a feature implemented to any location of the brain. They can be also simply submerged in a brain mimicking material used to fill the skull and/or head phantom. -
Head skin is designed based on average anatomy of and adult human head. It is made from realistic tissue mimicking material suitable for Ultrasound, MRI and CT applications. -
Stenosis for R&D is an example of a feature that can be implemented to any location in the brain and/or blood vessels. -
Tumor for R&D is a perfect example of 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. -
White Matter is designed based on average brain anatomy and it is made out of realistic tissue mimicking materials suitable for both Ultrasound and MRI applications. The feature can be incorporated into the brain phantom or simply submerged in a brain mimicking material used to fill the skull or head. -
Fuelled by the workflow needs of clinicians, the Philips ST80i Stress Testing System opens up new avenues for productivity and decision-making. ST80i features a wireless patient experience, bidirectional connectivity and advanced decision. -
The Tango M2 Stress Test Monitor gives you the confidence to know that patient movement, mechanical vibration and observer variability won’t interfere with an accurate reading. Your focus can be where it matters most - on your patient. -
We designed the Orbit-K Blood Pressure Cuff, specifically for cardiac stress and exercise testing applications. It enables repeated, reliable blood pressure measurements to be taken by maintaining proper placement for the length of the cardiac stress test - all while ensuring patient comfort is of the utmost priority. The Orbit-K Blood Pressure Cuff comes standard with our Tango M2 Stress Test Monitor and even has an added pocket to secure the microphone along the brachial artery. -
Advanced, yet easy to use, the PageWriter TC30 offers speed of operation in an attractive and affordable solution that can grow with you as your workflow evolves. Expect fast, efficient clinical workflow and reliable operation. -
The Philips PageWriter TC50 cardiograph is an advanced, reliable, and compact ECG solution, that is easy to use. The TC50 will help you meet your daily demands, giving you time to focus on your patients. -
The Italian made Cardioline ECG 100L Electrocardiograph has been designed for total portability and easiness of use, without compromising the Cardioline quality standards. Particular attention has been dedicated to the usability of the device that can count on a brilliant 5 inches colour touch screen display, as well as dedicated keys for fast operation -
Cardioline ECG100S Electrocardiograph is an advanced 12-lead ECG, which can display, acquire, printout (on 100mm z-fold paper 3+1, 3+3, 6) and store ECG exams for adults, children and infants.
-
The Cardioline ECG100+ is an advanced 12-lead Electrocardiograph (ECG) which can capture, display, acquire, print-out (on 100mm z-fold paper) and store ECG exams for adults, children and infants. Once the ECG is captured the 100+ can seamlessly more the a PDF report through LAN or WiFi networks making it available for storage in the patient file of the Patient Management Software. -
The Italian made Cardioline ECG 200L Electrocardiograph has been designed for total portability and easiness of use, without compromising the Cardioline quality standards. Particular attention has been dedicated to the usability of the device that can count on a brilliant 5 inches colour touch screen display, as well as dedicated keys for fast operation. -
Cardioline ECG 200S Electrocardiograph is an advanced 12-lead ECG, which can display, acquire, printout (on A4 paper 12, 6 or 3 channels) and store ECG exams for adults, children and infants.