Article: Viewer: Version 2.11.0

Version 1.0

Effective date:

Jun 18, 2026

Release notes: Viewer

Viewer: Version 2.11.0

What’s New Since 2.10

Version 2.11 builds on the imaging and workflow improvements introduced in 2.10, with a focus on expanding advanced visualization capabilities and streamlining radiologist workflows. Fusion and MPR views now support interactive oblique creation, allowing radiologists to rotate to any non-standard plane directly within the viewer—extending the foundational fusion work delivered in 2.10. Compare Mode gains AI-powered MR series organization, automatically sorting MR sequences by type for consistent, predictable layouts without manual arrangement. Mammography workflows benefit from continuous hanging protocol looping, enabling natural reassurance navigation through all protocol steps. Additionally, the key image save capability for SUV metrics in fusion mode—previewed in 2.10—is now fully available, ensuring quantitative measurements are preserved as part of the study record.

Fusion Enhancements
Oblique creation in fusion mode Radiologists can now create oblique views directly within fusion view. A cube control with directional labels is displayed on the left side of the top left viewport; clicking and dragging the control rotates the images to any non-standard plane while maintaining the fused CT + PET overlay on the oblique plane. Reference lines in the other viewports update automatically as a viewport is rotated. The view can be reset at any time to revert to the original default orientation.
Key image save for SUV metrics in fusion mode When an ROI is drawn on a fused series, users can now save a key image to preserve the SUV (Standardized Uptake Value) metrics as part of the study record. This ensures that maximum, minimum, and average SUV measurements captured during a session are retained for reference in subsequent review.

Fusion Enhancements

Oblique creation in fusion mode
Radiologists can now create oblique views directly within fusion view. A cube control with directional labels is displayed on the left side of the top left viewport; clicking and dragging the control rotates the images to any non-standard plane while maintaining the fused CT + PET overlay on the oblique plane. Reference lines in the other viewports update automatically as a viewport is rotated. The view can be reset at any time to revert to the original default orientation.

Key image save for SUV metrics in fusion mode
When an ROI is drawn on a fused series, users can now save a key image to preserve the SUV (Standardized Uptake Value) metrics as part of the study record. This ensures that maximum, minimum, and average SUV measurements captured during a session are retained for reference in subsequent review.

MPR Enhancements
Oblique creation in MPR View Radiologists can now create oblique views directly within MPR View. Crosshairs appear in each viewport that can be clicked and dragged to rotate the images to any non-standard plane. Reference lines in the other viewports update automatically as a viewport is rotated.

MPR Enhancements

Oblique creation in MPR View

Radiologists can now create oblique views directly within MPR View. Crosshairs appear in each viewport that can be clicked and dragged to rotate the images to any non-standard plane. Reference lines in the other viewports update automatically as a viewport is rotated.

Compare Mode
MR Organizer integration MR series are now automatically organized when displayed in Compare Mode. The viewer leverages an AI-powered MR sequence classifier to identify and sort MR series by type, presenting them in a consistent order regardless of how they were acquired or named at the source. This removes the need for radiologists to manually locate and arrange series when comparing MR studies and provides a more predictable layout within the Compare Mode workflow. Users can configure the order in which the series are displayed in their hanging protocols.

Compare Mode

MR Organizer integration
MR series are now automatically organized when displayed in Compare Mode. The viewer leverages an AI-powered MR sequence classifier to identify and sort MR series by type, presenting them in a consistent order regardless of how they were acquired or named at the source. This removes the need for radiologists to manually locate and arrange series when comparing MR studies and provides a more predictable layout within the Compare Mode workflow. Users can configure the order in which the series are displayed in their hanging protocols.

Mammography Tools
Hanging protocol looping for mammography Hanging protocol navigation now supports continuous looping for MG studies. When a user reaches the last step of a hanging protocol and navigates forward, the viewer returns to the first step, providing natural reassurance that all protocols in the sequence have been presented. Navigating backward from the first step loops to the last step. Loop navigation is enabled by default and requires no configuration. Existing keyboard shortcuts for forward and backward navigation are fully supported. If a hanging protocol contains only one step, loop navigation has no effect.

Mammography Tools

Hanging protocol looping for mammography
Hanging protocol navigation now supports continuous looping for MG studies. When a user reaches the last step of a hanging protocol and navigates forward, the viewer returns to the first step, providing natural reassurance that all protocols in the sequence have been presented. Navigating backward from the first step loops to the last step. Loop navigation is enabled by default and requires no configuration. Existing keyboard shortcuts for forward and backward navigation are fully supported. If a hanging protocol contains only one step, loop navigation has no effect.