Get the insight and control you need to perform challenging cardiac procedures with the Philips Allura Xper FD10 fixed X-ray system. Developed by a leader in cardiovascular imaging, this advanced hybrid room offers high resolution imaging to support minimally invasive cardiac surgery procedures, including percutaneous valve replacements. Philips’ advanced X-ray dose reduction features reduce radiation exposure for patients and staff.
Hybrid room offers high resolution imaging support during cardiac procedures
- Sharp visualization of small details and objects during minimally invasive cardiac surgery procedures
- StentBoost and Allura 3D-CA tools support treatment strategies for minimally invasive endovascular surgery procedures
- DoseWise offers low X-ray dose and excellent image quality for minimally invasive procedures
- Xper streamlines workflow during lengthy procedures
- View all multi-modality information in your work area
Perform minimally invasive cardiac surgery procedures in the Philips’ hybrid room with new confidence and clarity
Use Philips’ unique interventional tools to enhance a variety of minimally invasive cardiac surgery procedures, including percutaneous valve replacements. Allura 3D-CA creates 3D coronary visualization that minimizes foreshortening. XperCT brings soft tissue imaging to the hybrid room for pre- and post-procedural evaluation. StentBoost visualizes stents in the coronary arteries in relation to the vessel lumen during cardiac surgery.
Personalize your cardiac surgery procedures Get a personalized hybrid room to perform minimally invasive endovascular surgery procedures with the Allura Xper FD10 fixed X-ray system. Each user can personalize their settings for automatic positioning and other system movements. And control all system functionality and interventional tools – Allura 3D-CA and StentBoost – from the tableside. DoseWise™ is our integrated system-wide approach to X-ray dose management that lets you choose the most appropriate image quality for your application, at a low X-ray dose. | 
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