Fluoroscopy 7000 R — CombiDiagnost R90 Premium bundle

With Philips Comfort Move, relevant parts of the system geometry are motorized to support a fast, smooth and automated workflow within the daily routine in the X-ray room. The detector can automatically be moved to predefined positions. Automatic Image Stitching exams (optional) can be performed at the vertical stand fully automatically.

The Automatic Image Stitching package is an advanced orthopedic feature for the room to perform long length imaging fully automatically on the table and at the vertical stand (VS) depending on the system configuration with or without a VS.

The remote control is a user interface for the RF-viewer in the examination room. It is used for image reviewing and image navigation. The remote control is highly recommended for DSA examinations. Nearby work with a reference monitor in the examination room requires the remote control. Comprising - Remote control - Receiver - Removable battery

The reference monitor for the examination room is used to display a reference image next to the live image during an examination which is being done nearby controlled, directly at the patient.

Digital Subtraction Angiography package, including Digital Subtraction Angiography (DSA) software license and a reference monitor. With DSA, blood vessels can be visualized at UNIQUE image quality. Automatic examination pre-sets support a smooth and efficient workflow in angiography examinations. The reference monitor for the examination room is used to display a reference image next to the live image during an examination.

Philips SkyPlate is the next generation of wireless portable detectors. It is an integrated part of the X-Ray system and Eleva platform, and defines a new dimension of flexibility and freedom within the radiography room.

Philips SkyPlate is the next generation of wireless portable detectors. It is an integrated part of the X-Ray system and Eleva platform, and defines a new dimension of flexibility and freedom within the radiography room.

To avoid extensive scatter radiation on images, an anti-scatter grid is sometimes used, typically for anatomies such as chest, abdomen or pelvis. With SkyFlow, Philips presents an innovation and exciting way to enhance image quality for all anatomies where grid was recommended without applying an anti-scatter grid. Such as Abdomen, Chest, Knee, Pelvis, Shoulder. The SkyFlow functionality is especially suitable for bariatric patients. Once the license is installed at the system, it does not need a single technologist interaction and is automatically applied on images.

• Allow the patient to comfortably keep his arms overhead or beside the wall stand by holding the grip • Ergonomic metallic U-shaped grip providing different grip heights to adapt to patient size • Can be inserted at the top left or right side of the Bucky unit • Wall mounted holder for immediate and safe storage • Rotatable from -90° to +90° around the vertical axis

• Movable stand recommended to facilitate long length acquisitions with a vertical stand • Wide and stable footplate and large height adjustable handles to hold to • Easy to step on due to a low height profile step • Four lockable wheels allow easy placement in front of the vertical stand and storage • Height: 199 cm (78.3"), Width: 111 cm (43.7"), Length: 88.1 cm (34.7") • Weight: 70 kg (154 lbs) • Maximum patient weight: 225 kg (496 lbs) • Including label for color blind users

Adjusting quickly and precisely the source-image distance for a particular projection is important to achieve optimal image quality. That’s why this second laser integrated into the ceiling suspension’s collimator is extremely valuable, providing a simple and visual feedback to the technologist if the source-image distance is correct, without needing to measure the distance manually. The second laser complements the first one in the collimator, making two parallel laser lines visible on the table. Adjusting the tube up & down changes the distance between these lines and the correct source-image distance is achieved when both lines are overlapping and only one line is visible.