Sustainability in Radiology: Redefining the Future of Healthcare
ABOUT IT
The project develops a Sustainable portfolio of diagnostic imaging, based on:
Ecodesign and circularityRefurbished equipment (Ecoline range) and Fit Upgrades, extending service life by more than 10 years.
Energy efficiency:
Intelligent Eco Power/Gradient modes, reducing energy consumption by 30–40% per device.
AI Deep Resolve to accelerate exams and reduce energy per patient by up to 13%.
Reduction of critical resourcesDryCool sealed magnets eliminate the need for continuous use of liquid helium.
RecyclabilityEquipment containing more than 96% of recyclable materials, with Environmental Product Declarations (EPDs).
Economic objectivesReduce operational and maintenance costs, democratize access to medical technology, and offer competitive solutions in tenders with ESG criteria.
Results and Objectives
Results Achieved / Impacts
Reducing energy consumption:
30–40% in resonance systems with Eco Power/Gradient modes (~18,000 kWh/year per unit).
Further reduction of up to 13% per patient via AI.
Reduction of CO₂ emissionsUp to 59% in Fit Upgrades compared to manufacturing new equipment.
Continuous liquid helium elimination, reducing environmental impact and energy dependence.
CircularityExtending the lifespan of equipment and refurbishing it.
Expanding access to medical technology for smaller hospitals and remote regions.
SDGs
External Certification
International Commitments
National Commitments
More info
EN