SyntheticMR

SyMRI 15  is a cutting-edge imaging solution set to transform the medical imaging landscape with a host of innovative applications integrated into SyMRI's post-processing suite. In addition to the  previously communicated launch of SyMRI 3D (14), the reinforced solution now include images that are proven to have the same capability as conventional for diagnostic purpose and thereby offer even more value from same sequence.

SyMRI 15 has been clinically proven and validated in a large multi-center study across several high-profile institutes in the United States. The results of the clinical study showed that SyMRI 3D can replace conventional 3D images, enhancing both efficiency and throughput. This is in addition to its established capabilities in providing quantitative values and tissue segmentation. The findings reinforce its diagnostic accuracy, instilling confidence in SyMRI users to substitute conventional 3D images with SyMRI T1 and T2 images.

With the introduction of SyMRI 15, we are also unveiling tools for efficient patient monitoring, alongside providing contrast-weighted images and quantitative information. This technique empowers clinicians with deeper insights into patient health, enabling improved patient care by facilitating a more comprehensive understanding of pathological changes and treatment effects over time.

"We are thrilled to announce that Version 15 of our 3D SyMRI solution is now CE-marked,” says Ulrik Harrysson, CEO of SyntheticMR AB. “This next generation of SyMRI 3D delivers unparalleled resolution and accuracy in brain imaging, transforming the field of medical diagnostics."

SyntheticMR has an exclusive agreement with Philips Healthcare for the distribution of SyMRI 15. This agreement between Philips and SyntheticMR means that SyMRI 3D will be included in Philips’ global price book and enable Philips to offer the complete package to their customers.

The CE mark qualification for SyMRI 3D signifies a monumental stride for SyntheticMR, reaffirming its commitment to transforming medical imaging on a global level.