The integration of AI with ultrasound technology aims to help advance clinical efficiency and accuracy and improve patient outcomes
Wipro GE Healthcare announced the launch of the Versana Premier R3, an advanced AI-enabled ultrasound system designed to enhance clinical efficiency and accuracy, streamline workflows, and improve patient outcomes. The state-of-the-art ultrasound system will be manufactured at Wipro GE Healthcare’s PLI factory in Bengaluru.
An extension of the Versana ultrasound range, Versana Premier R3 integrates artificial intelligence and offers automation and AI-enabled productivity tools to improve workflow and clinical features designed to enhance clinical efficiency and accuracy. The advanced ultrasound system aims to help clinicians deliver more personalised, ubiquitous, and preventive care. Addressing the skill gap, the system will optimise dynamic tissue imaging, assist with volume calculations, and streamline workflows. Its self-learning onboarding tool will empower the clinicians to enhance their skills and adapt to new workflows.
Chaitanya Sarawate, MD, Wipro GE Healthcare South Asia said, “At Wipro GE Healthcare we continue to make advancements in AI, investing in foundation models that can help enhance precision care, ease clinical workflows and enable better patient outcomes. AI is central to building a future where healthcare is personalized, preventive, and affordable. The launch of our Versana Premier R3, is yet another testament to our commitment towards the delivery of ‘Made in India MedTech – for India and the world.”
Anup Kumar, Business Head, Ultrasound, Wipro GE Healthcare added, “We are very proud to launch the Versana Premier R3, our state-of-the-art our ‘Made in India’ ultrasound system. With the growing NCD burden in the country, there is a pressing need for advanced patient-centric technologies that can provide faster, personalised, and more accurate diagnosis. Powered by AI, Versana Premier R3 delivers exceptional image clarity, and versatile organ scanning, enhancing diagnostic precision, and empowering clinicians to make timely and well-informed decisions.”
