Point of care ultrasound
POC ultrasound for anesthesiology
POC ultrasound for the premium imaging performance needed to support the precise demands of anesthesiologists
Use exceptional imaging to deliver high-quality patient care before, during and after surgery with Philips ultrasound systems engineered for the pace and precision needed for the perioperative environment. From nerve blocks to TEE to vascular access, confidently perform a range of procedures in the OR with Philips transducer technology that improves image quality, resolution and depth of penetration. Even in patients with challenging anatomy, advanced imaging and needle visualization enhancements deliver clear delineation of nerves, vessels and catheters, supporting confident procedures.
Demonstrated results in POCUS for anesthesiology
~50%
time-savings for routine cardiac measurements with Auto Measure with AI [2,3]
Empowered by AI, Auto Measure on the Compact 5000 Series systems allows the user to perform routine cardiac 2D and Doppler measurements with consistent results and approximately 50% time-savings compared to the same measurements performed manually [2,3].
Philips POC ultrasound designed for confident imaging and smooth workflow in the OR
- Peripheral nerve blocks: Visualize nerves and surrounding anatomy to accurately place local anesthetic, such as for interscalene, supraclavicular, axillary, femoral, adductor canal, sciatic and popliteal blocks
- Continuous catheter placement: Guide catheter insertion for prolonged postoperative pain control
- Direct needle visualization: Accurate views of the needle throughout the procedure to increase block success and decrease complications compared to landmark techniques [5]
- Order-based- and encounter-based imaging workflow (OBW/EBIW): Integrates with hospital systems and workflows
See what you need to see with Philips POC ultrasound for anesthesia in the OR
- Overcome challenging visualization of nerves, vessels and catheters with exceptional image quality
- Maintain needle tip visibility throughout procedures with needle visualization enhancements that improve contrast and edge clarity
- Cover a wide range of patients with a variety of transducers and a broad selection of customizable pediatric and adult cardiology and radiology presets
- Designed to reduce variability across users with AI and automation for precision
- Go when and where needed with portable POC systems with durable, rugged design, quick boot-up and simple disinfection
Philips POC ultrasound advances for anesthesia keep you ahead in the OR
- SonoCT, Tissue Harmonic Imaging and xRes deliver exceptional imaging for crisp visualization of nerves, vessels and needle tips
- Advanced automation and AI capabilities such AutoStrain EF and AI-powered Auto Measure for consistent, high-quality results
- Instant-on boot-up and grab-and-go readiness reduce delays between cases, supporting high OR throughput
- Sleek, maintenance-friendly designs save space in the OR, while battery operation enables transport between operating rooms or pre-op/post-op bays without downtime
- Integrated tele-ultrasound [6] allows for team collaboration
Image gallery
- Needle visualization shown using eL18 transducer on Flash 5100 POC.
- Sciatic nerve shown using C5-1 transducer on Flash 5100 POC.
- Venous superior femoral vessels shown using eL18-4 transducer with color on Flash 5100 POC.
- Brachial plexus nerves using eL18-4 transducer on Compact 5000 Series
- 2D TEE w color with X7-2t transducer on Compact 5500CV
- Carotid artery and internal jugular vein with color flow Doppler shown using eL18-4 transducer on Flash 5100 POC.
- Axillary nerves and vessels shown using eL18-4 transducer on Flash 5100 POC.
- Longitudinal view of the radial artery shown using mL26-8 transducer on Flash 5100 POC.
- Femoral artery and nerve shown using eL18-4 transducer on Flash 5100 POC.
- Brachial plexus nerve and interscalene muscles shown using eL18-4 transducer on Flash 5100 POC.
- Supraclavicular nerve and artery shown using mL26-8 transducer on Flash 5100 POC.
- Short axis of jugular vein and carotid artery using mL26-8 transducer on Flash 5100 POC.
- Radial artery and veins shown using mL26-8 transducer on Flash 5100 POC.
- Left ventricle and mitral valve shown using X8-2t transducer on Flash 5100 POC
Featured solutions for POC ultrasound for anesthesiologists
Flash Ultrasound System 5100 Point of Care
Confidence. At the speed of life. From someone new to ultrasound to the most experienced user, everyone needs fast, accurate information at the point of care. Flash 5100 POC delivers Philips top-of-the-line performance and intuitive workflow in a system designed for the pace and precision required by anesthesiologists. Expect the exceptional image quality Philips systems are known for, with integrated advanced capabilities for outstanding performance.
Lumify handheld ultrasound
Right. Where you need it. Lumify handheld ultrasound offers exceptional portability for anesthesiology because it can be carried in a pocket so it’s always at the ready. It can help you improve precise placement of visually defined nerve blocks, designed to allow you to get in and out faster. Clearly visualize border definition with needle placement, surrounding nerves, vessels and fascial planes. You can also perform quick and thorough post-operative follow-ups.
Compact Ultrasound System 5000 Series
Some compact ultrasound systems have capabilities as small as their size. Philips Compact 5000 Series for anesthesiology is different. It’s compact without compromise, helping to meet the increasing challenges of caring for patients in the perioperative setting. This system has many of the advances of Philips premium ultrasound, including compatibility with the eL18-4 PureWave transducer with needle visualization, Live 3D TEE and Auto Measure capability.
Related procedures
Frequently asked questions
Footnotes
- Philips internal usability study.
- Philips supportive claim evidence documented internally.
- Compared to the same measurements performed manually.
- Le MPT, Voigt L, Nathanson R, et al. Comparison of four handheld point-of-care ultrasound devices by expert users. Ultrasound J. 2022;14;27. https://doi.org/10.1186/s13089-022-00274-6
- Rahman, M. A., Sahitya, I. S., Jamal, J., & Chowdhury, T. M. (2026). Ultrasound-Guided Regional Anesthesia Vs Landmark Technique in Resource-Limited Settings: A Comparative Study Of 50 Cases. Clinical Medicine And Health Research Journal, 6(02), 1700–1703. https://doi.org/10.18535/cmhrj.v6i02.585
- Available on Flash 5100 POC systems, Compact 5000 Series and Lumify for Android. User license required.
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.