Radrex-i is an advanced general purpose digital X-ray system in which a 17¿ × 17¿ large field FPD is provided with both a Bucky stand and table. In addition to the use of a support unit with LCD, high-quality images, exposure dose reduction, and good compatibility with HIS/RIS are provided in this system, significantly improving the examination workflow.
This digital radiography system is a new-concept system that permits radiography to be performed easily and with greater accuracy. In this system, the operating sections for the digital image processor and the X-ray high-voltage generator are integrated, and the use of an integrated panel improves workflow. The X-ray tube support moves in synchronization with the radiographic positions of the vertical Bucky stand and the elevator-type Bucky table provided with FPDs.
The power to enhance productivity
The Radrex-i is engineered to dramatically improve staff productivity and enhance patient care. Many productivity features are included standard to streamline workflow. The system utilizes two 43 x 43 cm high resolution detectors with high DQE for best image quality at the lowest dose. Radrex-i is the perfect solution to address the challenges with declining reimbursements and increasing patient volumes.
Increase power
The combination of a high weight capacity table, high heat capacity tube and powerful generator allows you to image larger patients more effectively.
Raise productivity
Automation comes standard with Radrex-i including features such as auto-tracking, auto-park, auto-collimation, advance image processing and body part mapping.
Enhance efficiency
A single point-of-contact workstation with easy-to-use ergonomic controls streamlines workflow and accelerates throughput.
Improve patient care
Tube-side access to examination controls, with an in-room image display, allows point of care decision making to improve patient care.
Radrex-i is perfectly adapted to chest, abdomen, extremities and skeletal examinations. In short, Radrex-i extraordinary performance leads the way to the design of all-digital radiography systems.
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