AIRS Medical has partnered with Blue Health Group to introduce SwiftMR™, the award-winning artificial intelligence solution for magnetic resonance imaging (MRI), to diagnostic imaging centers across Brazil. Here’s everything you need to know:
A shared mission
AIRS Medical launched SwiftMR™ in 2021. This MRI reconstruction technology leverages deep learning algorithms to reduce scan times by up to 50% while improving image quality. FDA (510)k-cleared and CE certified, SwiftMR™ is compatible with all body parts and sequences and can be used on all MRI scanners 3 Tesla (3T) or lower, regardless of the manufacturer.
Blue Health Group operates an extensive sales and customer support network in Brazil, introducing healthcare solutions like SwiftMR™ to diagnostic imaging centers nationwide.
Driven by a shared mission to provide greater access to care, this partnership marks SwiftMR™’s entry into the Brazilian market.
“We are extremely happy to partner with Blue Health Group,” remarked Hyeseong Lee, CEO of AIRS Medical. “This partnership is a significant step for AIRS Medical to strengthen its position in the Brazilian market and provide innovative medical technology to more patients through local networks,” he added.
Lucas Veloso, Commercial and Marketing Director of Blue Health Group, commented, “In this partnership, we are committed to supporting the expansion of AIRS Medical throughout Brazil, combining innovation with our pursuit of excellence in healthcare.”
About SwiftMR™
SwiftMR™’s has far-reaching impacts on key stakeholders:
- Patients: Shorter scan times reduce the discomfort of staying in tight spaces.
- Radiologists: Clearer images facilitate better diagnoses.
- Technologists: Reduced patient backlogs lower stress.
- Radiology centers: Faster throughput generates additional revenue.
Try SwiftMR™ free
AIRS Medical is pioneering the transformation of healthcare through AI and robotics. To learn more about AIRS Medical or its flagship offering, SwiftMR™, or to start your free trial, visit www.airsmed.com/en.
*Supported body parts, pulse sequences, and field strength may vary by country.
