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AIRS Medical Introduces AI-Powered MRI Solution, SwiftMR™, to the United Kingdom

SwiftMR™, the award-winning artificial intelligence (AI) solution for magnetic resonance imaging (MRI) from AIRS Medical, is now available in the United Kingdom. Here’s everything you need to know:

Expanding access

AIRS Medical launched SwiftMR™, an MRI reconstruction technology that utilizes deep learning algorithms to enhance image quality and reduce scan lengths, in 2021. Since then, the company has diligently worked to introduce the product to new markets. To that end, AIRS Medical has partnered with Medserena, a multi-chain imaging center that operates across seven regions in the United Kingdom and Germany.

Firsthand success

The versatility of SwiftMR™, which can be applied as a standalone solution on various MRI scanner models, is a key benefit. Speaking to the impact of multiple partnerships, including with Medserena, AIRS Medical CEO Hyeseong Lee referenced the importance of real-time testing. “These contracts are the result of customers experiencing SwiftMR™ firsthand through the demo period,” he noted.

SwiftMR™ benefits

Imaging centers in the United Kingdom and across several other countries are now experiencing the the SwiftMR™ difference:

 

  • Scan lengths: SwiftMR™ reduces scan times by up to 50% compared to the standard of care.*
  • Image quality: Using advanced deep learning algorithms, SwiftMR™ reconstructs images to make them clearer.
  • Ease of integration: AIRS Medical can implement SwiftMR™ around patient hours, so you don’t miss out on revenue.

Try SwiftMR™ today

SwiftMR™ empowers hospitals, radiology centers, and other diagnostic imaging facilities to scan more patients, increasing access to preventive healthcare around the world. To learn more about SwiftMR™ or to start your free trial, contact us today.

 

*For investigational purposes in countries outside of the United States, South Korea, Canada, Brazil, Japan, Taiwan, Malaysia, Saudi Arabia, UAE, Thailand, Vietnam, and Indonesia. FDA 510(k)-cleared to support images with scan time reduction by up to 50% in the United States.