Join the 155,000+ IMP followers

www.medical-devices.tech

Philips launches next-generation web-based diagnostic viewer

Philips' new diagnostic viewer offers rapid, secure access to medical imaging data from anywhere, enhancing workflow efficiency and enabling informed clinical decisions across healthcare enterprises.

  www.philips.com
Philips launches next-generation web-based diagnostic viewer

Royal Philips, a global leader in health technology, today announced the launch of Philips Image Management 15, the next generation of Philips Vue PACS, including a zero-footprint, web diagnostic viewer that transforms how radiologists access and interpret medical images. Designed with a brand-new user interface, the viewer delivers the full clinical power of a desktop workstation through a standard web browser. It combines clinical depth, mobility, and scalability, enabling radiologists to work smarter, faster, and more collaboratively – while giving back time to clinical teams and reducing IT complexity across the enterprise.

A complete diagnostic experience – anytime, anywhere
In today’s healthcare environment, time, accuracy, and accessibility are critical. The viewer helps address one of healthcare’s most persistent challenges, lost clinical time caused by slow performance and the complexity of remote reading. It delivers high-performance server-side rendering, workflow automation, and a full suite of advanced clinical tools – all accessed securely through a web browser, with no local installation required.

Processing between the client and server is optimized to ensure seamless performance, even with large, complex datasets such as digital breast tomosynthesis or cardiac CT. This delivers consistent, high-quality image interpretation – whether radiologists are working on-site, across the enterprise, or remotely – while simplifying IT deployment and management.

The web-based viewer interfaces with connected AI tools to bring together all relevant patient information in one place, supporting faster, more informed diagnoses. Natively connected to the interactive reporting module, it manages reporting in the PACS workflow, eliminating the need for separate dictation or reporting systems and enabling radiologists to review images and generate comprehensive reports without leaving their reading application.

The new user interface provides access to a comprehensive suite of advanced clinical applications and accelerates interpretation by aligning images across modalities and time points, all seamlessly integrated with the interactive reporting application. Combined with the Philips Advanced Visualization Workspace, which embeds deeper analysis results directly into the reporting workflow, clinicians benefit from greater efficiency and productivity.

Cloud-enabled deployment for scalable, connected radiology
The viewer is built for cloud deployment through Philips HealthSuite, powered by Amazon Web Services (AWS), with an on-premises option for added flexibility. This approach preserves current infrastructure investments and enables a seamless transition to the cloud at each organization’s pace.

“Health systems are under intense pressure to do more with less. The web diagnostic viewer is a milestone in our journey toward cloud-enabled, AI-integrated diagnostic imaging. It brings the power of advanced visualization, collaboration, and intelligence to any browser, helping radiologists stay connected and productive wherever care happens while streamlining IT operations,” said Madhuri Sebastian, Business Leader Imaging Informatics at Philips.

The web-based diagnostic viewer on Philips HealthSuite cloud is offered as a SaaS (Software as a Service) solution, with built-in security, and effortless scalability across multiple sites. It ensures consistent performance and collaboration for teams working on-site, remotely, or across borders and is currently available in the USA, with expansion to additional regions planned for 2026.

www.philips.com

  Ask For More Information…

LinkedIn
Pinterest

Join the 155,000+ IMP followers

International