We want to recycle your MRI Magnets
With a 99.8% recovery efficiency, REEcycle is the only high-efficient MRI magnet recycler.
Reach out today to sell your MRI magnets quickly and easily.
How much are my MRI magnets worth?
The magnet in an MRI scanner is one of the most valuable part of a discarded medical device. The amount of money you can get for recycling MRI magnets varies based on the magnet and gradient strength, the year it was manufactured, and the market rates for the day.
To get a quote, contact us today. We will ask the right questions so you can get the most out of your MRI magnet recycling.
Why Recycle MRI Magnets with REEcycle?
TURN WASTE INTO PROFIT
New Revenue Stream From Electronic Waste
REDUCE LANDFILL WASTE
Support Sustainable End-Of-Life Process for your ESG Reports
KNOWLEDGEABLE TEAM
Inventors and Innovators That Are Leading the Industry
ABOUT
REEcycle and MRI Magnets
When MRI scanners reach the end of their life, hospitals have to deal with a large piece of electronic waste containing potentially dangerous parts. There is a variety of metals in its components that can be recycled. Among these are copper and titanium-niobium superconducting wires that are used to generate the strong magnetic field needed for the MRI to function. Although their recycling could have large economic, environmental, and strategic advantages, very few industrial recycling facilities for MRI magnets are available in the U.S.
REEcycle, located in Houston, Texas, is one of the few that purchases MRI magnets for recycling. We have a very specific niche business recovering rare earth elements from MRIs and their magnets. Our singular focus and efficient, patented process uniquely positions us as the #1 MRI magnet recycler in the western world.
With a 99.8% recovery efficiency, our recycled rare earth elements can be successfully re-used in the most advanced technical equipment around the world. We also use a proprietary solvent that can safely and efficiently extract rare earth elements from scrap - leaving no waste behind.