Toshiba's Fluoroscopy systems are designed to provide both outstanding usability and the highest possible image quality. A wide range of systems are available to meet the needs of all customers, ranging from fully digital systems with the latest FPD (Flat Panel Detector) technology to compact systems with excellent operability.
The new imaging technology "Super Noise Reduction Filter (SNRF)" is incorporated in a multipurpose C-arm digital Fluoroscopy system that supports a wide variety of X-ray examinations from GI contrast studies to general angiography.
The outstanding usability and high image quality of the FPD support various studies. Although it is a compact system, ZEXIRA can satisfy a broad range of clinical requirements, from GI studies to urology, orthopedics, and Intervention, supporting a wide variety of examinations covering all parts of the body.
An innovative design realizes a multidirectional interactive digital C-arm system, providing the ultimate configuration. The Ultimax-i manages all gastrointestinal studies, interventional radiology and angiographic procedures without compromise.
During the design process, priority was given to developing a patient-friendly system. Although it is a compact system, ZEXIRA can be used to perform GI studies to urology, orthopedics, and Intervention, supporting a wide variety of examinations covering all parts of the body.
Kalare is perfectly suited to a wide range of radiographic and fluoroscopic examinations with advanced technology to ensure superb image quality and help reduce radiation exposure to both patients and clinical staff.
Plessart was developed from the viewpoint of the user. It is provided with a screen display that allows the operator to easily follow all of the operations required from the start to the end of an examination. It also offers extensive digital image processing functions. Plessart emphasizes safety as the most important aspect of patient care.
This compact digital Fluoroscopy system features outstanding operability and is intended for use in clinics. Systems designed for use in large hospitals employ two monitors, one for fluoroscopy and the other for image processing. However, they are integrated into a single monitor in this system, saving space and improving ease of operation.
