Zenition 70
Mobile C-arm with Flat Detector
Zenition 70
Mobile C-arm with Flat Detector
Experience exceptional imaging clarity and flexibility for performing a wide variety of cases with our fourth generation Flat Detector systems. Part of the Zenition mobile C-arm family – a series of harmonized mobile C-arm that offers proven ease of use and future-fit capabilities.
Mobile C-arm with Flat Detector that helps increase OR efficiency
Zenition 70 is available with 21x21 cm, 26x26 cm & 30x30 cm detector sizes
The Zenition user interface is so easy, it scored in the top 12% for best system usability
Clinical image gallery
- Clinical Image Philips Veradius Unity Mobile C-arm with Flat Detector
- Clinical Image Philips Veradius Unity Mobile C-arm with Flat Detector
- Clinical Image Philips Veradius Unity Mobile C-arm with Flat Detector
- Clinical Image Philips Veradius Unity Mobile C-arm with Flat Detector
- Clinical Image Philips Veradius Unity Mobile C-arm with Flat Detector
- Clinical Image Philips Veradius Unity Mobile C-arm with Flat Detector
- Clinical Image Philips Veradius Unity Mobile C-arm with Flat Detector
Features
Increase OR efficiency
Time is of the essence for surgical imaging. In a user study¹ the touch control and navigational aids of Unify workflow reduced miscommunication by almost half, while Position Memory reduced (re)positioning time by 20%.
Simplify fleet use across ORs
Operators at all experience levels can easily use the Zenition 70 and other Zenition systems, thanks to an intuitive point and shoot design and on-screen guidance. The Zenition user interface is so easy, it scored in the top 12% for best system usability¹.
Reduce total cost of ownership
Extend your system’s clinical performance with the standard Windows® platform ready to incorporate new innovations and software upgrades.
Specifications
- X-ray generation
- X-ray generator
- Monoblock 80 KHz high frequency generator
- X-ray tube
- Rotating Anode (tube)
- Maximum generator output
- 15
- Flat detector
- Flat detector
- Trixell amorphous silicon detector
- Matrix size
- FD30: 1956 x 1956 pixels. FD26: 1560 x 1424 pixels. FD21: 1344 x 1344 pixels.
- Detector Area
- FD30:30.12 x 30.12cm(11.86"x11.86") FD26:26.2 x 26.2cm(10.3"x10.3") FD21:20.7 x 20.7cm(8.15"x8.15")
- Pixel pitch
- For FD 30x30: 154 μm. For FD 26x26: 184 μm. For FD 21x21: 154 μm.
- Connectivity
- WLAN
- Optional
- Video in
- S-Video, DVI (digital and analog), SDI
- Digital video out (optional)
- 2 DVI connectors left and right monitor
- USB storage
- PNG, MP4, BMP
- Advanced DICOM/IHE package (optional)
- Modality Worklist Management, Modality Performed Procedure Step Storage
- Options
- Image Viewer
- Multi Modality Viewer
- Tank laser aiming device
- Laser aimer projects a crosshair from the X-ray tank towards the detector.
- Geometry
- C-arc depth
- 73 cm/ 29 inch
- C-arc
- Color coded, fully balanced
- Source Image Distance
- 99.3 cm/ 39 inch
- Angulation
- + 90 / - 50
- Lowest lateral position
- 102.7 cm / 40.4 inch
Recommended products
- Point-and-shoot simplicity and reliable uptime make the Zenition 50 mobile C-arm with image intensifier the ideal systems for intensive use in interventions and surgeries. Part of the Zenition mobile C-arm family – a series of harmonized mobile C-arms that offers proven ease of use and future-fit capabilties.
Disclaimer
Zenition mobile C-arm systems are available for sale in a limited number of countries. Please check with your local representative for availability in your market.
1. Results obtained during user tests performed in November 2013 by Use-Lab GmbH, an independent company. The tests involved 30 USA based clinicians (15 physicians teamed up with 15 nurses or X-ray technicians), who performed simulated procedures using Philips mobile X –ray systems in a simulated OR environment. None of them had worked with each other before.
2. Eligible RightFit Service Agreements are available with Technology Maximizer.
3. The clinical images are from Veradius Unity and do not represent the final image quality of the Zenition 70 mobile C-arm systems.