Ultrasound

General imaging ultrasound

One platform. One user experience.

Designed to empower clinical decisions, enhance patient experiences and support efficiency, our portfolio of smart, connected General Imaging ultrasound systems deliver people-centric workflows, a shared platform and interface across our systems to streamline training and staffing flexibility, and image quality that sets us apart.

The power of one ultrasound

One product family with shared transducers, workflow and user interface, across a multitude of clinical applications.

Collaboration Live

Extend your team without expanding it. Quickly and securely talk, text, screen share and video stream directly from an ultrasound system to a PC or mobile device, giving up to six care team members the ability to collaborate.

High-resolution transducers for swift and precise imaging

Philips offers a wide range of transducers for excellence in doppler and sonography. They feature intelligent imaging technology for 2D, 3D, 4D, flat, static and moving imaging along with an ergonomic design for comfortable scanning. For example, the award-winning mL 26-8 ultra-high frequency, compact linear array transducer allows you to image from eyeball to hip - all with the same transducer.

Photo of a range of different types of ultrasound transducers.

Technology Maximizer

With Technology Maximizer Plus, you automatically receive updated innovations for your systems as the updates are released, keeping your systems at the leading edge of clinical and operational value.

Using Ultrasound Collaboration live with tech maximizer

Enabling technologies for General imaging ultrasound

Automated assistance for liver elastography
Auto ElastQ improves liver elastography precision, reproducibility and ease of use by providing assistance with frame selection and ROI location.
Flow Viewer 3D advanced visualization
Available on Philips ultrasound machines, Flow Viewer defines vasculature with a 3D-like appearance and reduced flash artifact.
MicroFlow (MFI) and MicroFlow-HD (MFI-HD) imaging mode
Available on Philips ultrasound transducers, MicroFlow Imaging (MFI) and MicroFlow HD (MFI-HD) detect slow and weak blood flow anatomy in tissue.
Next Gen Auto Scan
Available on Philips ultrasound machines, Next Gen AutoScan optimizes your image top-to-bottom, side-to-side, down to the pixel level.
Abdominal Aortic Aneurysm Model
Philips Abdominal Aortic Aneurysm (AAA) Model is designed to segment and quantify 3D ultrasound data for use in surveillance of AAAs.

Related procedures

Abdominal Ultrasound
Discover benefits of Philips ultrasound for abdominal procedures, including excellent imaging of the abdomen, even in technically difficult patients.
Liver Ultrasound
Philips offers a comprehensive ultrasound solution to support the assessment, treatment and monitoring of liver disease.
Vascular Ultrasound
Explore how ultrasound helps assess and monitor vascular disease, enabling delivery of exceptional patient care even for patients with high BMIs.
Musculoskeletal (MSK) Ultrasound
Combine fast workflow and excellent image quality – from soft tissue diagnosis and blood flow assessment to motion studies and procedure guidance.
Small Parts Ultrasound
A complete ultrasound solution for small parts assessment, for all-in-one functionality with exceptional imaging and complementary clinical tools.
Pediatric Ultrasound
Philips ultrasound pediatric assessment is customized to provide quick and confident, yet gentle imaging tailored to the specific needs of children.
Breast Ultrasound
Our single transducer ultrasound solution offers four key features that work together to effectively assess, monitor and treat breast diseases.
Interventional radiology ultrasound
Our ultrasound systems for interventional radiology support a range of sophisticated capabilities for interventional applications.
Cardiology ultrasound for shared services
Extend the versatility of your ultrasound systems to address your cardiology needs – with the same platform and user experience.

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.