Diagnostic imaging
Fluoroscopy
Advanced efficiency and superb, consistent image quality at low dose
Philips fluoroscopy systems offer excellent workflow and quality images to drive throughput and confident diagnoses. Dynamic UNIQUE image processing software delivers consistently uniform clinical image quality for all anatomic regions by automatically adjusting the balance between overexposed and underexposed areas. Grid-controlled fluoroscopy enables a dose rate1 reduction up to 68%2 compared to pulse-controlled fluoroscopy, depending on patient type and clinical application. These are just two of the proven innovations that you’ll find in our fluoroscopy systems.
Product categories
Keep your equipment up to date with SmartPath
Keep pace with rapidly changing technology and add functionality to your X-ray equipment with SmartPath. It allows you to cost-effectively upgrade to the latest Philips technology, obtain the latest clinical and cyber-security solutions, and trade-in your current systems.
Enabling technologies for Fluoroscopy
Confirm patient positioning, adjust parameters and view images without leaving your patient’s side with the Eleva Tube Head X-ray user interface.
Bone Suppression increases the clarity of adult erect chest radiographs by suppressing bones on digital images without the need for two exposures.
Philips SkyFlow Plus produces images with grid-like contrast by managing the effect of scattered radiation for free exposure non-grid exams.
Dynamic UNIQUE delivers real-time image de-noising. Diagnostic information is displayed with great clarity at the correct brightness.
Footnotes
- Dose determined according to IEC 60601-2-54, 203.5.2.4.5.102, System set up: detector format 43 cm x 43 cm (17” x 17”), patient type children, 01 mm Cu + 1 mm AI filter, reduced dose and pulsed slow fluoroscopy mode with 2 pulses/s, Phantom: 5 cm (2 in) PMMA.
- Relative difference of two reference air kerma rates between system with GCF and system with PCF.
Disclaimer
Results are specific to the institution where they were obtained and may not reflect the results achievable at other institutions. Results in other cases may vary.