Ziehm Vision FD

The new imaging standard for surgery

Hospitals and outpatient surgery centers around the world are challenged to increase cost efficiency and extend their capabilities to include demanding procedures such as anterior hip cases. The Ziehm Vision FD is the answer.

This innovative C-arm with a flat-panel detector has proven itself in the market for over a decade. While the Ziehm Vision FD CMOSline^1,2 comes with a 21 cm x 21 cm CMOS detector, the C-arm is now also available with a 31 cm x 31 cm a-Si flat-panel. Designed for continuous use due to its innovative and liquid cooling system, the Ziehm Vision FD now features CMOSline, the latest technology for excellent image quality. In addition, finely tuned workflows and new software features help optimize patient outcomes and increase productivity further. And the enhanced SmartDose³ concept optimizes safety for surgeons, staff and patients.

Features

Latest CMOS flat-panel technology
New standard for state-of-the-art intraoperative visualization
Lower noise levels, crystal-clear magnifications and enhanced dose management

Pulsed monoblock generator with 2.4 kW for high performance
Advanced Active Cooling for optimal generator temperature
Broad application portfolio to perform even in demanding procedures

Best-in-class ergonomics with a footprint of only 8.6 sq ft and 165 degrees of orbital movement
Intuitive and finely tuned workflows to ensure consistently high and predictable quality levels
Wireless Freedom concept to increase efficiency and safety in the OR

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 surgery⁴
Beam Filtration for reduced skin entrance dose without compromising on image quality

Trust in over 10 years of flat-panel performance - enhanced with CMOS imaging excellence

Latest CMOS flat-panel technology
New standard for state-of-the-art intraoperative visualization
Lower noise levels, crystal-clear magnifications and enhanced dose management

Extend the clinical case mix with enhanced cooling capabilities

Pulsed monoblock generator with 2.4 kW for high performance
Advanced Active Cooling for optimal generator temperature
Broad application portfolio to perform even in demanding procedures

Benefit from seamless integration with finely tuned workflows

Best-in-class ergonomics with a footprint of only 8.6 sq ft and 165 degrees of orbital movement
Intuitive and finely tuned workflows to ensure consistently high and predictable quality levels
Wireless Freedom concept to increase efficiency and safety in the OR

Reduce exposure significantly due to the next-generation SmartDose concept

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 surgery⁴
Beam Filtration for reduced skin entrance dose without compromising on image quality

Ensure the best performance of your
C-arm

Customer Service

Curious to discover more?

Find a selection of the best clinical images on our interactive image gallery

Ziehm image gallery

AT A GLANCE

Imaging technology: CMOS, flat-panel, 21 cm x 21 cm
a-Si, flat-panel, 31 cm x 31 cm
Detector resolution: 2 k x 2 k
Power generator: 2.4 kW, pulsed monoblock generator
Ziehm Usability Concept: available
SmartDose: available
Advanced Active Cooling (AAC): available
Orbital Movement: 165 degrees

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¹ CMOSline represents a system configuration that is based on a Ziehm Imaging CMOS flat-panel detector.

² This product/feature might not be commercially available in all countries. Due to regulatory reasons their future availability cannot be guaranteed. Please contact Ziehm Imaging for detailed information.

³ In clinical practice, the use of SmartDose may reduce patient dose depending on the clinical task, patient size, anatomical location, and clinical practice. A consultation with a radiologist and a physicist should be made to determine the appropriate dose to obtain diagnostic image quality for the particular clinical task.

⁴ Gosch D. et al. “Influence of grid and ODDC on radiation exposure and image quality using mobile C-arms – First results”, RöFo, 09/07

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