Philips Allura Xper FD20/20 biplane neuro X-ray system offers excellent insight for challenging diagnostic exams & neurovascular interventions. It features two large flat detectors with Philips 2k imaging and advanced interventional tools.
Κάνοντας κλικ στον σύνδεσμο, θα φύγετε από τον επίσημο ιστότοπο της Philips Electronics Ltd. ("Philips"). Τυχόν σύνδεσμοι προς ιστότοπους τρίτων που ενδέχεται να εμφανίζονται σε αυτόν τον ιστότοπο παρέχονται μόνο για τη διευκόλυνσή σας και σε καμία περίπτωση δεν αντιπροσωπεύουν οποιαδήποτε σχέση ή έγκριση των πληροφοριών που παρέχονται σε αυτούς τους συνδεδεμένους ιστότοπους. Η Philips δεν προβαίνει σε δηλώσεις ή εγγυήσεις κανενός είδους σχετικά με ιστότοπους τρίτων ή τις πληροφορίες που περιέχονται σε αυτούς.
This biplane system is designed for fast and flexible imaging. The specially designed ergonomic lateral arm provides a wide variety of projections to support challenging interventions. Its compact size provides excellent patient access and frees up working space for staff and equipment.
Full access stand for excellent coverage
This biplane system is designed for fast and flexible imaging. The specially designed ergonomic lateral arm provides a wide variety of projections to support challenging interventions. Its compact size provides excellent patient access and frees up working space for staff and equipment.
Full access stand for excellent coverage
This biplane system is designed for fast and flexible imaging. The specially designed ergonomic lateral arm provides a wide variety of projections to support challenging interventions. Its compact size provides excellent patient access and frees up working space for staff and equipment.
This biplane system is designed for fast and flexible imaging. The specially designed ergonomic lateral arm provides a wide variety of projections to support challenging interventions. Its compact size provides excellent patient access and frees up working space for staff and equipment.
Rotational Scan
Rotational scan for real-time, 3D impressions
Rotational Scan is an acquisition protocol that acquires a range of projections with just one contrast injection. It is used to create real-time, 3D impressions of complex vasculature and coronary arteries to reduce time, X-ray dose and contrast medium. The wide rotation range provides a complete evaluation of the anatomy. The stand’s excellent stability enables precise positioning and high reproducibility, resulting
in high quality images. Rotational scan can rotate in several planes.
Rotational scan for real-time, 3D impressions
Rotational Scan is an acquisition protocol that acquires a range of projections with just one contrast injection. It is used to create real-time, 3D impressions of complex vasculature and coronary arteries to reduce time, X-ray dose and contrast medium. The wide rotation range provides a complete evaluation of the anatomy. The stand’s excellent stability enables precise positioning and high reproducibility, resulting
in high quality images. Rotational scan can rotate in several planes.
Rotational scan for real-time, 3D impressions
Rotational Scan is an acquisition protocol that acquires a range of projections with just one contrast injection. It is used to create real-time, 3D impressions of complex vasculature and coronary arteries to reduce time, X-ray dose and contrast medium. The wide rotation range provides a complete evaluation of the anatomy. The stand’s excellent stability enables precise positioning and high reproducibility, resulting
in high quality images. Rotational scan can rotate in several planes.
Rotational Scan is an acquisition protocol that acquires a range of projections with just one contrast injection. It is used to create real-time, 3D impressions of complex vasculature and coronary arteries to reduce time, X-ray dose and contrast medium. The wide rotation range provides a complete evaluation of the anatomy. The stand’s excellent stability enables precise positioning and high reproducibility, resulting
in high quality images. Rotational scan can rotate in several planes.
Live 3D Guidance
Live 3D Guidance for extra insight
Dynamic 3D roadmap and XperGuide give you Live 3D guidance capabilities that provide enhanced clinical insight and navigation for tortuous vasculature. All controlled tableside on the biplane neuro X-ray system.
Live 3D Guidance for extra insight
Dynamic 3D roadmap and XperGuide give you Live 3D guidance capabilities that provide enhanced clinical insight and navigation for tortuous vasculature. All controlled tableside on the biplane neuro X-ray system.
Live 3D Guidance for extra insight
Dynamic 3D roadmap and XperGuide give you Live 3D guidance capabilities that provide enhanced clinical insight and navigation for tortuous vasculature. All controlled tableside on the biplane neuro X-ray system.
Dynamic 3D roadmap and XperGuide give you Live 3D guidance capabilities that provide enhanced clinical insight and navigation for tortuous vasculature. All controlled tableside on the biplane neuro X-ray system.
BodyGuard patient protection
BodyGuard supports high movement speeds
Philips exclusive BodyGuard patient protection mechanism enables the use of high rotation and angulation speeds in the frontal stand. It uses capacitive sensing to determine the location of the patient or other objects and prevent collision, while allowing stand positioning at speeds of up to 25° per second.
BodyGuard supports high movement speeds
Philips exclusive BodyGuard patient protection mechanism enables the use of high rotation and angulation speeds in the frontal stand. It uses capacitive sensing to determine the location of the patient or other objects and prevent collision, while allowing stand positioning at speeds of up to 25° per second.
BodyGuard supports high movement speeds
Philips exclusive BodyGuard patient protection mechanism enables the use of high rotation and angulation speeds in the frontal stand. It uses capacitive sensing to determine the location of the patient or other objects and prevent collision, while allowing stand positioning at speeds of up to 25° per second.
Philips exclusive BodyGuard patient protection mechanism enables the use of high rotation and angulation speeds in the frontal stand. It uses capacitive sensing to determine the location of the patient or other objects and prevent collision, while allowing stand positioning at speeds of up to 25° per second.
Xper user interface
Xper user interface simplifies procedures
Philips Xper user Interface has an intuitive and ergonomic design that streamlines procedures and helps clinicians stay focused.
Xper user interface simplifies procedures
Philips Xper user Interface has an intuitive and ergonomic design that streamlines procedures and helps clinicians stay focused.
Xper user interface simplifies procedures
Philips Xper user Interface has an intuitive and ergonomic design that streamlines procedures and helps clinicians stay focused.
XperCT
XperCT for CT-like imaging in the lab
XperCT provides CT-like imaging in the neuro suite that enables clinicians to assess soft tissue, bone structure and other body structures before, during or after an interventional procedure.
XperCT for CT-like imaging in the lab
XperCT provides CT-like imaging in the neuro suite that enables clinicians to assess soft tissue, bone structure and other body structures before, during or after an interventional procedure.
XperCT for CT-like imaging in the lab
XperCT provides CT-like imaging in the neuro suite that enables clinicians to assess soft tissue, bone structure and other body structures before, during or after an interventional procedure.
Personalized settings
Personalized settings reduces mouse clicks
Each physician can personalize their settings for specific vascular and neurovascular interventions.
Personalized settings reduces mouse clicks
Each physician can personalize their settings for specific vascular and neurovascular interventions.
Personalized settings reduces mouse clicks
Each physician can personalize their settings for specific vascular and neurovascular interventions.
This biplane system is designed for fast and flexible imaging. The specially designed ergonomic lateral arm provides a wide variety of projections to support challenging interventions. Its compact size provides excellent patient access and frees up working space for staff and equipment.
Full access stand for excellent coverage
This biplane system is designed for fast and flexible imaging. The specially designed ergonomic lateral arm provides a wide variety of projections to support challenging interventions. Its compact size provides excellent patient access and frees up working space for staff and equipment.
Full access stand for excellent coverage
This biplane system is designed for fast and flexible imaging. The specially designed ergonomic lateral arm provides a wide variety of projections to support challenging interventions. Its compact size provides excellent patient access and frees up working space for staff and equipment.
This biplane system is designed for fast and flexible imaging. The specially designed ergonomic lateral arm provides a wide variety of projections to support challenging interventions. Its compact size provides excellent patient access and frees up working space for staff and equipment.
Rotational Scan
Rotational scan for real-time, 3D impressions
Rotational Scan is an acquisition protocol that acquires a range of projections with just one contrast injection. It is used to create real-time, 3D impressions of complex vasculature and coronary arteries to reduce time, X-ray dose and contrast medium. The wide rotation range provides a complete evaluation of the anatomy. The stand’s excellent stability enables precise positioning and high reproducibility, resulting
in high quality images. Rotational scan can rotate in several planes.
Rotational scan for real-time, 3D impressions
Rotational Scan is an acquisition protocol that acquires a range of projections with just one contrast injection. It is used to create real-time, 3D impressions of complex vasculature and coronary arteries to reduce time, X-ray dose and contrast medium. The wide rotation range provides a complete evaluation of the anatomy. The stand’s excellent stability enables precise positioning and high reproducibility, resulting
in high quality images. Rotational scan can rotate in several planes.
Rotational scan for real-time, 3D impressions
Rotational Scan is an acquisition protocol that acquires a range of projections with just one contrast injection. It is used to create real-time, 3D impressions of complex vasculature and coronary arteries to reduce time, X-ray dose and contrast medium. The wide rotation range provides a complete evaluation of the anatomy. The stand’s excellent stability enables precise positioning and high reproducibility, resulting
in high quality images. Rotational scan can rotate in several planes.
Rotational Scan is an acquisition protocol that acquires a range of projections with just one contrast injection. It is used to create real-time, 3D impressions of complex vasculature and coronary arteries to reduce time, X-ray dose and contrast medium. The wide rotation range provides a complete evaluation of the anatomy. The stand’s excellent stability enables precise positioning and high reproducibility, resulting
in high quality images. Rotational scan can rotate in several planes.
Live 3D Guidance
Live 3D Guidance for extra insight
Dynamic 3D roadmap and XperGuide give you Live 3D guidance capabilities that provide enhanced clinical insight and navigation for tortuous vasculature. All controlled tableside on the biplane neuro X-ray system.
Live 3D Guidance for extra insight
Dynamic 3D roadmap and XperGuide give you Live 3D guidance capabilities that provide enhanced clinical insight and navigation for tortuous vasculature. All controlled tableside on the biplane neuro X-ray system.
Live 3D Guidance for extra insight
Dynamic 3D roadmap and XperGuide give you Live 3D guidance capabilities that provide enhanced clinical insight and navigation for tortuous vasculature. All controlled tableside on the biplane neuro X-ray system.
Dynamic 3D roadmap and XperGuide give you Live 3D guidance capabilities that provide enhanced clinical insight and navigation for tortuous vasculature. All controlled tableside on the biplane neuro X-ray system.
BodyGuard patient protection
BodyGuard supports high movement speeds
Philips exclusive BodyGuard patient protection mechanism enables the use of high rotation and angulation speeds in the frontal stand. It uses capacitive sensing to determine the location of the patient or other objects and prevent collision, while allowing stand positioning at speeds of up to 25° per second.
BodyGuard supports high movement speeds
Philips exclusive BodyGuard patient protection mechanism enables the use of high rotation and angulation speeds in the frontal stand. It uses capacitive sensing to determine the location of the patient or other objects and prevent collision, while allowing stand positioning at speeds of up to 25° per second.
BodyGuard supports high movement speeds
Philips exclusive BodyGuard patient protection mechanism enables the use of high rotation and angulation speeds in the frontal stand. It uses capacitive sensing to determine the location of the patient or other objects and prevent collision, while allowing stand positioning at speeds of up to 25° per second.
Philips exclusive BodyGuard patient protection mechanism enables the use of high rotation and angulation speeds in the frontal stand. It uses capacitive sensing to determine the location of the patient or other objects and prevent collision, while allowing stand positioning at speeds of up to 25° per second.
Xper user interface
Xper user interface simplifies procedures
Philips Xper user Interface has an intuitive and ergonomic design that streamlines procedures and helps clinicians stay focused.
Xper user interface simplifies procedures
Philips Xper user Interface has an intuitive and ergonomic design that streamlines procedures and helps clinicians stay focused.
Xper user interface simplifies procedures
Philips Xper user Interface has an intuitive and ergonomic design that streamlines procedures and helps clinicians stay focused.
XperCT
XperCT for CT-like imaging in the lab
XperCT provides CT-like imaging in the neuro suite that enables clinicians to assess soft tissue, bone structure and other body structures before, during or after an interventional procedure.
XperCT for CT-like imaging in the lab
XperCT provides CT-like imaging in the neuro suite that enables clinicians to assess soft tissue, bone structure and other body structures before, during or after an interventional procedure.
XperCT for CT-like imaging in the lab
XperCT provides CT-like imaging in the neuro suite that enables clinicians to assess soft tissue, bone structure and other body structures before, during or after an interventional procedure.
Personalized settings
Personalized settings reduces mouse clicks
Each physician can personalize their settings for specific vascular and neurovascular interventions.
Personalized settings reduces mouse clicks
Each physician can personalize their settings for specific vascular and neurovascular interventions.
Personalized settings reduces mouse clicks
Each physician can personalize their settings for specific vascular and neurovascular interventions.
Κάνοντας κλικ στον σύνδεσμο, θα φύγετε από τον επίσημο ιστότοπο της Philips Electronics Ltd. ("Philips"). Τυχόν σύνδεσμοι προς ιστότοπους τρίτων που ενδέχεται να εμφανίζονται σε αυτόν τον ιστότοπο παρέχονται μόνο για τη διευκόλυνσή σας και σε καμία περίπτωση δεν αντιπροσωπεύουν οποιαδήποτε σχέση ή έγκριση των πληροφοριών που παρέχονται σε αυτούς τους συνδεδεμένους ιστότοπους. Η Philips δεν προβαίνει σε δηλώσεις ή εγγυήσεις κανενός είδους σχετικά με ιστότοπους τρίτων ή τις πληροφορίες που περιέχονται σε αυτούς.
