Philips has introduced new AI features for its Compact Ultrasound 5500CV system, aiming to improve workflow efficiency and expand access to advanced cardiac imaging across a wider range of care settings.

The updated 5500CV includes an AI-powered Auto Measure feature that automates routine 2D and Doppler cardiac measurements. According to the company, the tool can reduce scan time by up to 50%, supporting providers dealing with staffing shortages and growing patient volumes.

The portable system, designed for use in hospitals and outpatient environments, is compatible with Philips’ X7-2t and X8-2t transesophageal echocardiography (TEE) transducers. This allows the unit to support image-guided procedures like valve repair or closure. It also leverages xMatrix transducer technology, enabling xPlane Imaging — capturing two perpendicular views in a single pass to streamline data acquisition.

Pediatric and neonatal imaging capabilities have been expanded with compatibility for the S12-4 transducer, which is designed for smaller patients, including premature infants.

Dr. Brian Soriano, a pediatric cardiologist and fellow of the American Society of Echocardiography, said, “The S12-4 transducer image quality is excellent for younger, smaller pediatric patients. Paired with the Compact 5500CV, the unit becomes a reliable and dependable portable unit where mobility is essential.”

The system uses the same interface as Philips' EPIQ and Affiniti ultrasound platforms, aiming to reduce onboarding time for sonographers. It also integrates with the company’s Collaboration Live platform for real-time remote support, and with Ultrasound Workspace, a vendor-neutral tool for image review and reporting.

David Handler, business leader for cardiology ultrasound at Philips, said, “With the new capabilities of Compact Ultrasound 5500CV, we advance portable ultrasound, ensuring healthcare providers get both mobility and high-quality imaging.”

Philips is showcasing the updated system at the American College of Cardiology's annual meeting, taking place March 29-31 in Chicago.

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