Azurion 7 B20/15

Image-guided therapy biplane system

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During neuro interventions, the goal is to see clearly, while managing safety for all involved. Philips Neuro Suite with the industry leading Azurion 7 20'' and 15'' detector X-ray system is designed to enhance treatment and support effective guidance as you work. Seamlessly control all relevant applications from a single touch screen at table side, to help make fast, informed decisions in the sterile field.

Features
Secure and fast parking
Secure and fast parking video

Secure and fast parking

Secure and fast parking of the lateral gantry allows for a seamless switch between 2D and 3D image acquisition.

Secure and fast parking

Secure and fast parking video

Secure and fast parking of the lateral gantry allows for a seamless switch between 2D and 3D image acquisition.

Secure and fast parking

Secure and fast parking of the lateral gantry allows for a seamless switch between 2D and 3D image acquisition.
Click here for more information
Secure and fast parking
Secure and fast parking video

Secure and fast parking

Secure and fast parking of the lateral gantry allows for a seamless switch between 2D and 3D image acquisition.
Easily capture patient-oriented images from every angulation​
Easily capture patient-oriented images from every angulation​ video

Easily capture patient-oriented images from every angulation​

Image beam rotation assures patient-oriented images from every angulation and rotation, eliminating the need to pivot the table or reposition the patient to maintain alignment with anatomical structures, even if the patient is positioned diagonally.

Easily capture patient-oriented images from every angulation​

Easily capture patient-oriented images from every angulation​ video

Image beam rotation assures patient-oriented images from every angulation and rotation, eliminating the need to pivot the table or reposition the patient to maintain alignment with anatomical structures, even if the patient is positioned diagonally.

Easily capture patient-oriented images from every angulation​

Image beam rotation assures patient-oriented images from every angulation and rotation, eliminating the need to pivot the table or reposition the patient to maintain alignment with anatomical structures, even if the patient is positioned diagonally.
Click here for more information
Easily capture patient-oriented images from every angulation​
Easily capture patient-oriented images from every angulation​ video

Easily capture patient-oriented images from every angulation​

Image beam rotation assures patient-oriented images from every angulation and rotation, eliminating the need to pivot the table or reposition the patient to maintain alignment with anatomical structures, even if the patient is positioned diagonally.
Full-body coverage​
Full-body coverage​ video

Full-body coverage​

The system geometry combines speed and sophistication, enabling full-body coverage and giving you the most flexible Philips Azurion biplane to date.

Full-body coverage​

Full-body coverage​ video

The system geometry combines speed and sophistication, enabling full-body coverage and giving you the most flexible Philips Azurion biplane to date.

Full-body coverage​

The system geometry combines speed and sophistication, enabling full-body coverage and giving you the most flexible Philips Azurion biplane to date.
Click here for more information
Full-body coverage​
Full-body coverage​ video

Full-body coverage​

The system geometry combines speed and sophistication, enabling full-body coverage and giving you the most flexible Philips Azurion biplane to date.
Optimal head-end access
Optimal head-end access

Optimal head-end access

Positioning of the frontal arc at 135 degrees enables optimal head-end access to the patient and accommodates ideal working positions for surgical and endovascular procedures

Optimal head-end access

Optimal head-end access
Positioning of the frontal arc at 135 degrees enables optimal head-end access to the patient and accommodates ideal working positions for surgical and endovascular procedures

Optimal head-end access

Positioning of the frontal arc at 135 degrees enables optimal head-end access to the patient and accommodates ideal working positions for surgical and endovascular procedures
Click here for more information
Optimal head-end access
Optimal head-end access

Optimal head-end access

Positioning of the frontal arc at 135 degrees enables optimal head-end access to the patient and accommodates ideal working positions for surgical and endovascular procedures
  • Secure and fast parking
  • Easily capture patient-oriented images from every angulation​
  • Full-body coverage​
  • Optimal head-end access
See all features
Secure and fast parking
Secure and fast parking video

Secure and fast parking

Secure and fast parking of the lateral gantry allows for a seamless switch between 2D and 3D image acquisition.

Secure and fast parking

Secure and fast parking video

Secure and fast parking of the lateral gantry allows for a seamless switch between 2D and 3D image acquisition.

Secure and fast parking

Secure and fast parking of the lateral gantry allows for a seamless switch between 2D and 3D image acquisition.
Click here for more information
Secure and fast parking
Secure and fast parking video

Secure and fast parking

Secure and fast parking of the lateral gantry allows for a seamless switch between 2D and 3D image acquisition.
Easily capture patient-oriented images from every angulation​
Easily capture patient-oriented images from every angulation​ video

Easily capture patient-oriented images from every angulation​

Image beam rotation assures patient-oriented images from every angulation and rotation, eliminating the need to pivot the table or reposition the patient to maintain alignment with anatomical structures, even if the patient is positioned diagonally.

Easily capture patient-oriented images from every angulation​

Easily capture patient-oriented images from every angulation​ video

Image beam rotation assures patient-oriented images from every angulation and rotation, eliminating the need to pivot the table or reposition the patient to maintain alignment with anatomical structures, even if the patient is positioned diagonally.

Easily capture patient-oriented images from every angulation​

Image beam rotation assures patient-oriented images from every angulation and rotation, eliminating the need to pivot the table or reposition the patient to maintain alignment with anatomical structures, even if the patient is positioned diagonally.
Click here for more information
Easily capture patient-oriented images from every angulation​
Easily capture patient-oriented images from every angulation​ video

Easily capture patient-oriented images from every angulation​

Image beam rotation assures patient-oriented images from every angulation and rotation, eliminating the need to pivot the table or reposition the patient to maintain alignment with anatomical structures, even if the patient is positioned diagonally.
Full-body coverage​
Full-body coverage​ video

Full-body coverage​

The system geometry combines speed and sophistication, enabling full-body coverage and giving you the most flexible Philips Azurion biplane to date.

Full-body coverage​

Full-body coverage​ video

The system geometry combines speed and sophistication, enabling full-body coverage and giving you the most flexible Philips Azurion biplane to date.

Full-body coverage​

The system geometry combines speed and sophistication, enabling full-body coverage and giving you the most flexible Philips Azurion biplane to date.
Click here for more information
Full-body coverage​
Full-body coverage​ video

Full-body coverage​

The system geometry combines speed and sophistication, enabling full-body coverage and giving you the most flexible Philips Azurion biplane to date.
Optimal head-end access
Optimal head-end access

Optimal head-end access

Positioning of the frontal arc at 135 degrees enables optimal head-end access to the patient and accommodates ideal working positions for surgical and endovascular procedures

Optimal head-end access

Optimal head-end access
Positioning of the frontal arc at 135 degrees enables optimal head-end access to the patient and accommodates ideal working positions for surgical and endovascular procedures

Optimal head-end access

Positioning of the frontal arc at 135 degrees enables optimal head-end access to the patient and accommodates ideal working positions for surgical and endovascular procedures
Click here for more information
Optimal head-end access
Optimal head-end access

Optimal head-end access

Positioning of the frontal arc at 135 degrees enables optimal head-end access to the patient and accommodates ideal working positions for surgical and endovascular procedures
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Final CEE consent

  • Azurion release 3.0 is considered work in progress and is not CE marked and is not available for sale globally.

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