Ziehm Vision RFD Hybrid Edition

The comprehensive mobile hybrid solution

Challenging procedures, such as highly demanding interventional cardiovascular cases as well as orthopedic, trauma, and spine surgeries are increasing due to an aging population. With its powerful 25 kW generator, the Ziehm Vision RFD Hybrid Edition¹ features CMOS technology² and a comprehensive dose concept for high image quality and minimized dose, taking any OBL or OR to the next level.

Requiring zero modifications to existing ORs, this mobile, feature-rich motorized solution is a valuable contribution to any clinic’s competitiveness and financial performance; one that is ready to go - anytime, anywhere.

Extend your clinical capabilities in cardiovascular surgery

Latest CMOS flat-panel technology
Pulsed monoblock generator with up to 25 kW power performance
Integrated energy storage for higher performance
Advanced Active Cooling to keep the generator at an optimum operating temperature

Take your OR to the next level with a mobile hybrid solution

Full control of the four motorized axes via the Position Control Center (joystick module) and the Remote Vision Center (touchscreen)
Flexible setup of the control modules (Position Control Center and Remote Vision Center) right from the sterile field
165 degrees of orbital movement for easier patient coverage
Dedicated SmartVascular workflow for advanced vascular procedures

Plug in and start your hybrid procedure without modifying existing ORs

Zero room preparation with easy and fast set-up
Avoidance of complex and expensive planning and construction phases
Reduced operating costs in comparison to conventional Hybrid ORs
The Ziehm Usability Concept³ combines an excellent set of hardware features with seamlessly integrated software functionalities

Reduce exposure significantly with the next-generation SmartDose⁴

Comprehensive dose concept for high image quality and minimized dose
Automatic optimization of dose and image quality with advanced anatomical programs
Dedicated functions to significantly reduce exposure in pediatric procedures⁵
Beam Filtration⁶ for reduced patient entrance dose without compromising on image quality