As space is often limited in surgical centers and ORs in hospitals and at the same time OR equipment is becoming more extensive, space-saving and mobile imaging systems are increasingly in demand.
With its all-in-one design, the Ziehm Solo FD is one of the most compact C-arms on the market, making it suitable for even the smallest treatment scenarios.
Equipped with the latest CMOS flat-panel technology1, it covers a wide range of applications. As an option, a large 31 cm x 31 cm flat-panel allows the visualization of larger anatomical regions in orthopedic and vascular interventions.
The best clinical images of
Ziehm Solo FD
Individual Upgrades for your requirements
Technical specifications
Imaging technology
Ziehm Solo FD, CMOS, flat-panel, 21 cm x 21 cm
Ziehm Solo FD, IGZO, flat-panel, 31 cm x 31 cm
Ziehm Solo FD, IGZO, flat-panel, 21 cm x 21 cm
Ziehm Solo FD lite: IGZO, flat-panel, 21 cm x 21 cm
Resolution
CMOS: 2 k x 2 k (21 cm x 21 cm)
IGZO: 1.5 k x 1.5 k (21 cm x 21 cm)
IGZO: 2 k x 2 k (31 cm x 31 cm)
Power generator
2.4 kW, pulsed monoblock generator
Ziehm Usability Concept
SmartDose
Advanced Heat Management
Orbital Movement
165 degrees
Interested in learning more?
We are looking forward to getting your inquiry!
Disclaimer
This product / feature may not be commercially available in all countries. For regulatory reasons, the availability of each feature may vary. Please contact your local Ziehm Imaging representative for detailed information.
The SmartDose Concept includes a variety of hardware and software features. For regulatory reasons, the availability of the individual features may vary. Please contact your local Ziehm Imaging sales representative for detailed information.
Gosch D. et al. “Influence of grid and ODDC on radiation exposure and image quality using mobile C-arms – First results”, RöFo, 09/07.
The Beam Filtration technology reduces dose exposure for all CMOSline systems compared to conventional filtration techniques (Status before September 2017). Data on file. Results may vary.
The CMOSline is a system configuration based on the Ziehm Imaging CMOS flat-panel detector.