With Ultrasound Workspace, our customers can experience a whole new world of echocardiography workflow to help improve both the patient and staff experience.” “We have combined the power of AI with deep clinical knowledge to create a solution that integrates into the workflows of healthcare providers to help drive efficient clinical decision-making.
“With its new remote, browser-based accessibility, Philips Ultrasound Workspace is the first advanced vendor-neutral 2D/3D echocardiography viewing, analysis, and reporting system that extends the superior user experience of Philips’ cardiac ultrasound system EPIQ CVx into multiple connected environments,” said Jeff Cohen, General Manager of Ultrasound at Philips. Access to archived legacy data, combined with off cart vendor neutral analysis capabilities, further enhances consistent quantification across all echo labs at all locations. Clinicians can now leverage seamless diagnostic workflows from the ultrasound exam room to the reporting room and beyond, wherever echocardiography data needs to be reviewed and analyzed.īy offering cardiologists a consistent set of on and off cart AI-driven image analysis and quantification tools, this next-generation echocardiography solution helps to improve productivity and consistency while also enhancing diagnostic quality. Philips Ultrasound Workspace is an industry leading vendor-neutral echocardiography image analysis and reporting solution that can be accessed remotely via a browser. Artificial intelligence (AI) driven automated image analysis and quantification features help increase efficiency and diagnostic qualityĪmsterdam, the Netherlands – Royal Philips (NYSE: PHG, AEX: PHIA), a global leader in health technology, today announced the launch of Ultrasound Workspace at the American College of Cardiology’s Annual Scientific Session & Expo ( ACC 2022).New solution provides seamless diagnostic workflows and identical applications, on and off the ultrasound cart.
Industry leading vendor-neutral solution for automated 2D and 3D quantification for browser-accessible echocardiography analysis and reporting.
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