MR Solutions' groundbreaking nitrogen-free 3T desktop MRI scanner is favored

The institutions that will install these new high-performance scanners next year include the universities of Antwerp, Düsseldorf and Pace (Australia), as well as the research of George-Francois Leclerc Center (France) and Beaumont Hospitals (Michigan) center.

The new scanner not only has powerful soft tissue contrast and molecular imaging functions, but also can be easily installed in existing laboratories because of its new design.

This scanner uses a ground-breaking magnet design that contains a new superconducting wire, eliminating the need for a liquid nitrogen cooling system, and uses a standard low-temperature refrigerator (refrigerator) to cool the magnet to 4 degrees Kelvin (minus 269) for superconductivity Celsius). This solution was pioneered by MR SoluTIons and its magnet partners.

Because the length of the stray magnetic field is only a few centimeters, the scanner does not need to be installed in a metal-lined separate room, nor does it interfere with other laboratory equipment.

This scanner uses a ground-breaking magnet design that contains a new superconducting wire, eliminating the need for a liquid nitrogen cooling system, and uses a standard low-temperature refrigerator (refrigerator) to cool the magnet to 4 degrees Kelvin (minus 269) for superconductivity Celsius). This solution was pioneered by MR SoluTIons and its magnet partners.

These technical improvements have greatly reduced the cost of this high-performance scanner, making its price very competitive.

Professor Van der Linden of the Bioimaging Laboratory at the University of Antwerp commented: "MR SoluTIons is a technology leader in this field and we have been working with this company for many years. This new scanner is a breakthrough , Will bring us the super scanning function we need. "

Professor Van der Linden continued: “We only need to push the new scanner into the room without pushing down any walls, nor installing expensive nitrogen and safety systems. Because its stray magnetic field is very weak, we can move the laboratory Of other sensitive devices are placed with the scanner to make the workflow smoother. "

Description: "Because the stray magnetic field is very weak, the new desktop 3T MRI scanner (on the left) can be placed with other scanners in the laboratory"