Smart Collimation Thorax uses a Philips developed AI-enabled collimation algorithm to adjust detector height and propose collimation for each upright adult chest patient individually based upon data from a 3D camera.
AEC Visualization displays a virtual overlay of AEC chambers over the patient’s live camera image, regardless of patient size or position. On-screen selection of the virtually represented AEC chambers is possible both on the Eleva Tube Head as well as the Eleva Workspot.
It offers an alternative to conventional manual collimation by using on-screen touch control to adjust collimation at the Eleva Tube Head and Eleva Workspot. Users confirm that on-screen collimation can help correcting collimation from the control room and 100% of users like that that you can see the overlays independent of the room light [1].
A continuity of platform solutions and applications across Philips DXR portfolio. The harmonized Eleva UI, UNIQUE 2, SkyFlow Plus etc., along with hardware solutions like the SkyPlate detectors and other system accessories, allow smoother operations, simplified training support, fast exams , and an enhanced return on your investment. SkyPlate wireless detectors can be shared across compatible Philips radiography and fluoroscopy systems.
The Eleva user interface on the Eleva Tube Head and at the Eleva Workspot employs solutions that simplify the exam process. The patient is identified with information pulled from the RIS, while customized and automated presets are presented on the easy-to-use touchscreen. Presets can be selected and adjusted, including patient data, patient type, exposure, collimation, preview images and more. When presets are employed its a fast 3-clicks to exam completion.
Smart Collimation Thorax reduces exam time up to 35 seconds -resulting in a time saving up to 20 minutes daily for your medical team [2]
On-screen Collimation offers an alternative to conventional manual collimation by using on-screen touch control to adjust collimation at the Eleva Tube Head and Eleva Workspot.
If you prefer a grid-less workflow for free exposures, SkyFlow Plus assists by producing images with grid-like contrast for all anatomies. SkyFlow Plus provides computationally efficient scatter correction tailored to your individual patient. There’s no need to attach and detach a grid to the wireless detector, so detector/patient positioning is fast and easy. Without a grid, retakes due to grid misalignment are a thing of the past. SkyFlow Plus helps you work more efficiently by rapidly acquiring high-quality images, while effectively managing scatter radiation.
The live camera of Radiography 7300 C allows you to avoid around 28 retakes per week[5].
[1] Validated by 12 clinicians in a Philips’ development environment, results may vary. [2] Compared to not using SCT on the Radiography 7300 C, validated by 12 clinicians in a Philips’ development environment. Daily time saving calculation based on 35 adult upright chest patients per day. Results may vary. [3] Compared to not u sing On-screen Collimation on Radiography 7300 C. Validated by 12 clinicians in a Philips’ development environment, results may vary. [4] Based on 4 images on average per examination. Validated by clinicians in a Philips’ development environment. [5] Compared to its predecessor system DigitalDiagnost Rel. 4 and based on 100 patients per day. Actual results in other cases may vary.
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