Increase the value delivered and make MRI accessible for all
Can all these features – smaller, lighter, roomier, helium-independent, and easier to install and operate – deliver the expected clinical results while making MR more accessible? Yes.
And over the coming months, we will demonstrate how such a system can deliver value for the patients, providers, and institutions it serves.
Expand opportunities with a larger bore
Bore size shouldn’t shut patients out of MRI. But, whether it’s due to claustrophobia or a larger body, sometimes it does. A larger bore would make for a less daunting, more comfortable experience. Opening up the bore means opening new opportunities and better access.
Improve siting flexibility
Installing an MRI scanner in a small space is a big challenge; doing it economically is an even bigger one. Conventional MRI scanners are large, heavy, and require extensive infrastructure that typically include a quench pipe. A smaller, lighter MRI system with a helium-independent infrastructure would mean greater flexibility for many institutions. Less intensive installation requirements would simplify site selection and open access to MRI.
Simplify operation to make MRI easier to use
As MRI exams have grown in popularity and complexity, the demand for specially trained technologists has increased. A smarter MRI scanner would enable technologists of any ability to obtain high-quality images through user-friendly and intuitive interfaces. Better still, a smarter MRI would standardize procedures and reporting, to reduce unwarranted variation in imaging. Easier to use systems and standardized results can increase access to MRI.
Increase the value delivered and make MRI accessible for all
Can all these features – smaller, lighter, roomier, helium-independent, and easier to install and operate – deliver the expected clinical results while making MR more accessible? Yes.
And over the coming months, we will demonstrate how such a system can deliver value for the patients, providers, and institutions it serves.
Expand opportunities with a larger bore
Bore size shouldn’t shut patients out of MRI. But, whether it’s due to claustrophobia or a larger body, sometimes it does. A larger bore would make for a less daunting, more comfortable experience. Opening up the bore means opening new opportunities and better access.
Improve siting flexibility
Installing an MRI scanner in a small space is a big challenge; doing it economically is an even bigger one. Conventional MRI scanners are large, heavy, and require extensive infrastructure that typically include a quench pipe. A smaller, lighter MRI system with a helium-independent infrastructure would mean greater flexibility for many institutions. Less intensive installation requirements would simplify site selection and open access to MRI.
Simplify operation to make MRI easier to use
As MRI exams have grown in popularity and complexity, the demand for specially trained technologists has increased. A smarter MRI scanner would enable technologists of any ability to obtain high-quality images through user-friendly and intuitive interfaces. Better still, a smarter MRI would standardize procedures and reporting, to reduce unwarranted variation in imaging. Easier to use systems and standardized results can increase access to MRI.
Increase the value delivered and make MRI accessible for all
Can all these features – smaller, lighter, roomier, helium-independent, and easier to install and operate – deliver the expected clinical results while making MR more accessible? Yes.
And over the coming months, we will demonstrate how such a system can deliver value for the patients, providers, and institutions it serves.
