
Varex Imaging Strengthens India’s Medical Technology Manufacturing With Advanced X-Ray Component Facility in Visakhapatnam!
Varex Imaging Corporation has inaugurated an advanced manufacturing facility at the Andhra Pradesh MedTech Zone (AMTZ) in Visakhapatnam, marking a significant milestone for India’s medical technology manufacturing ecosystem. The inauguration took place on December 13 during the closing day of the World Health Innovation Forum 2025, reinforcing India’s ambition to become a global hub for high-value, precision medical device manufacturing.
The facility was formally inaugurated by Surgeon Vice Admiral Arti Sarin, Director General of Armed Forces Medical Services, alongside Rajiv Nath, Managing Director of Hindustan Syringes & Medical Devices Ltd. and Forum Coordinator at AiMeD. Their presence underscored the strategic importance of domestic manufacturing for critical healthcare technologies, particularly those that directly impact diagnostic accuracy and patient outcomes.
Located within the AMTZ campus, the new plant will manufacture flat panel detectors and other advanced X-ray imaging components, including Cesium Iodide (CsI) coating technology. Notably, this marks the first time CsI coating technology is being manufactured in India, representing a major shift from import dependence toward indigenous production of core diagnostic imaging components. This development positions India as a credible destination for sophisticated medical technology manufacturing that has traditionally been concentrated in a few global markets.
Varex Imaging is globally known for developing and producing essential components used in diagnostic imaging systems. Its portfolio spans X-ray tubes and sources, digital flat-panel and photon-counting detectors, image processing software, and high-voltage components. These technologies form the backbone of medical imaging equipment such as X-ray machines, CT scanners, and fluoroscopy systems, directly influencing image quality, radiation efficiency, and system reliability.
Speaking at the event, Dr Jitendra Sharma, Founder CEO and Managing Director of AMTZ, highlighted that Varex’s decision to manufacture core imaging components—rather than limiting operations to assembly—reflects India’s growing credibility in precision-driven, deep-technology manufacturing. He noted that such investments significantly strengthen India’s self-reliance objectives and help integrate the country into global diagnostic imaging supply chains at a higher value level.
Dr Sharma further emphasized that AMTZ was created to attract global technology leaders capable of anchoring complete industrial ecosystems. When companies like Varex choose India for advanced manufacturing, it accelerates skill development, encourages local supplier participation, creates high-quality employment, and builds long-term technological independence for the country.
Formed in 2017 as a spin-off from Varian Medical Systems, Varex Imaging has established a strong global footprint across North America, Europe, and Asia. Beyond healthcare, its technologies support applications in dental and veterinary imaging, airport and port security screening, and industrial non-destructive testing—sectors that demand high precision and reliability.
Sunny Sanyal, Chief Executive Officer and President of Varex Imaging Corporation, stated that India is central to the company’s long-term growth and innovation strategy. He said the investment at AMTZ reflects strong confidence in India’s manufacturing ecosystem, regulatory environment, and skilled workforce, while also enabling more resilient and responsive supply chains for global customers.
Vivek Phalle, Managing Director and Country Head for India at Varex Imaging, added that the facility aligns closely with the “Make in India for the World” vision. He noted that manufacturing flat panel detectors in India will support domestic OEMs, reduce import dependence, lower overall system costs, and expand access to advanced diagnostic imaging technologies across healthcare facilities nationwide.















