MR Solutions, of Guildford has achieved a third Queen’s Award. This follows their win in 2016 with the Queen’s Award for Enterprise (Innovation), while in 2017 the company was recognized for their excellent performance in International Trade. MR Solutions is a world leader in preclinical imaging solutions involving MRI, PET, SPECT, and CT.
This year’s award was for their ground breaking PET technology. The advanced PET scanner can be used as standalone unit, clipped on the front of any MR Solutions MRI or CT scanner for sequential imaging or inserted inside the bore of the magnet on an MRI scanner for simultaneous imaging. Using the latest SiPM (silicon photomultipliers) technology the MR Solutions PET scanner is also more robust, requires only low operating voltage and very compact.
The combination of MRI which provides soft tissue imaging with PET which reveals metabolic changes in an organ or tissue at the cellular level provides researchers with a much more detailed image for quantification and translational studies. The improvements in imaging, combined with reductions in cost and physical footprint, has made their multi modular range of scanners the world leaders in pre-clinical imaging.
MR Solutions remains the only company in the world to have an installed base of cryogen free superconducting magnet, scanners which reduces the weight and size of the scanner from tons to a few hundred pounds and from a room to the size of a desk.
Dr David Taylor, Physicist and Chairman of MR Solutions said:
Achieving our third Queen’s Award win underlines our mission to be at the forefront of imaging technology. We work closely with the world’s leading academic research laboratories and listen to their needs in pushing the boundaries to provide better imaging solutions.”
MR Solutions has over 30 years’ experience and in excess of 2000 installations across the world, including their state of the art MRI spectrometers. To support this large customer base MR has offices in the US and a highly trained network of global distributors.