Hermes Medical Solutions (HMS), global market leader in molecular imaging and dosimetry software solutions, launches the latest version of its HERMIA Multimodality Viewing Software in Canada and in the USA.

“This new release of the Hermia Multimodality Viewer brings the next level of customization and personalization of settings and workflow for PET-CT, PET-MR and SPECT-CT reviewing, in a modern and intuitive software platform, to our North American users. The goal is to bring increased efficiency for Molecular Imaging and Nuclear Medicine departments who are free to use our software with any camera vendor as well as to work onsite, remotely or across several clinical sites.” Tom Francke, CEO of Hermes Medical Solutions.

Discover below some of the many highlights from the HERMIA Software Suite for Nuclear Medicine and Molecular Imaging at the upcoming AMSMNQ and SNMMI conferences.
A new world of customization to tailor the software to your working preferences
With Hermia, you can carry out routine viewing as well as more complex comparative analysis, quickly and reliably, thanks to fully configurable user-defined workflows and screen layouts.

This new release of the Hermia Multimodality Viewer brings many new shortcut options for keyboard and mouse to simplify and speed your work. Your personal shortcuts list can easily and comfortably be reached and updated.

Advanced visualization with a true 3D multimodality viewer

Featuring the unique Deep Fusion Technology™, Hermia Multimodality Viewer is designed to handle multiple time points, bed positions and modalities with ease. It allows any number of fused image layers to support expert reading – bringing new insights for confident diagnosis. Any 3D data from any modality, in any combination including volumes of interest (VOIs), can be visualized and analyzed in real-time.
Cinematic for dynamic datasets is now available so that you can view the frames as a time-laps movie cycling through all frames and set the desired speed.


Accelerated regions editing
The alignment of a specific area of the body across multiple time points can automatically be refined while retaining quantitative accuracy with Automatic Local Registration.

It is possible to save regions as DICOM segmentation so that they can be loaded at a later occasion and be exported to PACS. A previously stored session that includes regions, measurements and annotations can be loaded as well.

Regions’ statistics can be exported and copied for further analysis outside the application. For Dynamic PET Data: Frame reference time, Frame duration and Frame index, will be part of the output when visible.

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