Equipped with advanced image processing technology, these easy-to-use medical systems reduce the stress on patients. They contribute to the early detection and treatment of cancer and other diseases in medical facilities throughout the world.
Medical Systems and Equipment
Angiography / Fluoroscopy / Mobile C-arm / Mobile X-ray / Radiography / Fluorescence Imaging
Standard System for X-Ray Diagnostic Imaging
General radiography systems are used for whole-body diagnostic imaging of bone fractures, pneumonia, and so on. In recent years, applications of image processing technology have grown, and its use is expanding.
Achieving a Healthy and Long Life
This single system can be used for diagnostic imaging of internal organs and bone disorders, which are increasing due to aging populations. It can be used not only to examine gastrointestinal organs or the abdomen but also for diagnosing osteoporosis or coxarthrosis.
Mobile Diagnostic Imaging Anywhere in the Hospital
This system enables radiography to be performed at bedside, in an emergency room, or at other locations in hospitals so that the patient’s condition can be confirmed quickly and on-the-spot. The system can also be used during major disasters.
Used to Diagnose Mental Disorder or for Stroke Rehabilitation
This can assist in diagnosing depression, which is considered a mental disorder, by using near-infrared light to measure brain activity. It can also be used to support rehabilitation by providing visualization of brain activity.
functional Near-Infrared Spectroscopy System
Support for Catheterization during Cardiovascular Disease or Stroke Treatments
In catheterization procedures that expand narrowed blood vessels, Shimadzu’s unique image processing technology is used to provide support for treatment that is safe and minimizes stress on the patient.
About one in eleven Japanese women will get breast cancer. This system examines patients in the prone position. By detecting cancers when they are small, the system enables early treatment.
Dedicated Breast PET System