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Helium independence
Less than 1% of the helium used in conventional magnets
Energy efficiency
No compromise on power and cooling requirements
Operational security
Remote monitoring 24/7 for maximized reliability and downtime
Design goals at a glance
Helium independence
Less than 1% of the helium used in conventional magnets
Energy efficiency
No compromise on power and cooling requirements
Operational security
Remote monitoring 24/7 for maximized reliability and downtime
As the world demands more sustainable solutions, we are going even further, to deliver innovation that looks at the bigger sustainability picture.
Helium-free MRI technology addresses concerns over helium consumption since helium is a finite resource that can’t be replaced.
Utilizing our 40 years of experience in MR innovation to develop a truly sustainable MRI magnet, Freelium is being designed as a next generation helium-free MRI technology.² It will leverage our lightweight, intelligent magnet technology, that is proven and trusted across the globe and will represent a new era of sealed magnet innovation, designed to both boost performance and reduce power consumption.
Freelium is being engineered to include intelligent sensors which will provide remote 24/7 monitoring, so you can rest assured that operational downtime is minimized.
Automated recovery capabilities are being integrated with Freelium, which allow for seamless auto ramp-down and ramp-up processes, including magnet shimming, all without the need for field engineer intervention.
Our commitment to sustainability goes far beyond MR operations. At GE HealthCare, we have been working hard to engrain sustainability into our innovations.
Our responsible practices thread all the way from our manufacturing through to service operations. For every magnet, our SIGNA™ Evo and Lift upgrade solutions can save up to 100 tons of CO₂ per system by eradicating manufacturing and magnet disposal.