Ziehm Vision RFD.

 

The ultimate C-arm to outperform

The treatment of cardiovascular disorders and degenerative diseases of the musculoskeletal system calls for high performance in intraoperative imaging technologies. 

The Ziehm Vision RFD with a 20.5 cm x 20.5 cm flat-panel detector is ideally suited for such complex procedures. Building on more than ten years of experience in flat-panel detectors, this C-arm now features the latest CMOS FD technology for excellent image quality.

The Ziehm Vision RFD can also be equipped with a 30 cm x 30 cm flat-panel detector. This is the preferred model for highly demanding orthopedic, trauma or cardiovascular interventions that require more information in one image. Thanks to its larger field of view, all relevant information can be displayed in one single image. The C-arm is based on proven a-Si technology for great imaging quality.

Both systems are equipped with a powerful generator that penetrates even dense anatomy. In addition, Advanced Active Cooling facilitates long and demanding procedures and an intuitive operating concept helps surgeons to ensure consistently high clinical standards. This impressive feature lineup makes the Ziehm Vision RFD perfect for challenging interventions.

The system Ziehm Vision RFD in the 20.5 cm x 20.5 cm version is now available in the CMOSline1,2 premium edition. All CMOSline systems come with a Ziehm Imaging CMOS detector and the groundbreaking dose reduction technology Beam Filtration3. This combination allows for excellent image quality with a lower dose.

 

Highlights

  • Trust in over 10 years of flat-panel performance now enhanced with CMOS imaging excellence
  • Unlock the power to perform with advanced generator and cooling technology
  • Deliver advanced surgical care with the Ziehm Usability Concept
  • Reduce exposure significantly with the next-generation SmartDose4

Features and Benefits

  • Latest flat-panel technology to smoothly integrate innovative CMOS imaging technology (20.5 cm x 20.5 cm) or proven a-Si technology (30 cm x 30 cm) 
  • Optimal soft tissue and bone contrast with high spatial resolution
  • Pulsed monoblock generator with 25 kW power performance
  • Advanced Active Cooling for optimal generator temperature
  • Best-in-class ergonomics with a footprint of only 
  • 0.8 m² and 165 degrees of orbital movement
  • Up to three synchronized, intuitive touchscreen user interfaces with SmartEye technology
  • Ziehm Usability Concept combining a unique and finely tuned set of hardware features with seamlessly integrated software functionalities

Image Quality

  • Comprehensive dose concept for high image quality and minimized dose
  • Automatic optimization of dose and image quality with advanved anatomical programs
  • Dedicated pediatric5 dose reduction functions provide user opportunity to reduce dose during surgical and diagnostic
  • Beam Filtration for reduced skin entrance dose without compromising on image quality for all CMOSline systems

Technical Details

  • Footprint: 0.8 m²
  • Generator: 25 kW pulsed monoblock generator
  • Flat-panel technology: 
    20 cm x 20 cm / 30 cm x 30 cm (a-Si)
    20.5 cm x 20.5 cm  (CMOS)
  • Detector resolution:
    1k x 1k / 1.5k x 1.5k (a-Si)
    2k x 2k (CMOS)
  • Shades of gray: 65,536
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 The technology Beam Filtration reduces dose exposure for all CMOSline systems in comparison to conventional filtration techniques (Status before September 2017). Data on File. Results may vary.
4 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.
5 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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