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Spectral Auto Views

Automatic generation of clinically relevant
post-processed images, directly from spectral dataset to PACS. Ready to read.

At a glance

Efficiency

Automatically outputs spectral color-coded information overlayed on standard greyscale images

Consistency

Automatic generation of axial, coronal and sagittal fused views

Workflow

Automatically network processed series to prescribed DICOM destinations

See how Spectral Auto Views automates your post-scan workflow.

Effortless Workflow in Spectral imaging

Automate your Spectral imaging post-processing with Spectral Auto Views: No manual interaction needed, consistent and fast workflow. Spectral Auto Views helps improve reading experience thanks to clinically relevant fused views. Ready to read.

Spectral Auto Views animation

Spectral Bone Marrow: Deep Learning Bone Segmentation to assist with visualization of bone marrow

Spectral Bone Marrow: Automatically outputs spectral color-coded information overlayed on standard greyscale images

Spectral Color Overlay: Automatic output of spectral material density color overlay images

Spectral Color Overlay utilizes user input for the material image to overlay, the base image type, the color ramp and the WW/WL of the overlay image

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Features

Spectral Color Overlay

Automatic generation of spectral material density color overlay images.

Automatic generation of fused material density image over a base monochromatic or Virtual Un-Enhanced
Automatically network processed series to prescribed DICOM destinations
Designed to help enhance the efficiency of clinician visualization when reading spectral images
Customizable profiles allow users to specify the desired parameters for routine generation of color overlay series
Profiles can be added to scan protocols for an efficient workflow

Spectral Bone Marrow

Automated deep learning (DL)-based segmentation and coloring of skeletal structures for bone marrow visualization.

Automatic generation of fused material density image of the segmented bone region over a base monochromatic image optimized for the visualization of bone marrow during the review of traumatic or non-traumatic bone pathologies
DL-based, automated segmentation of skeletal structures in the neck, thorax, abdomen, pelvis, and extremities to assist with visualization of the anatomy of interest
Automatically network processed series to prescribed DICOM destinations
Customizable profiles allow users to specify the desired parameters for routine generation of color overlay series
Profiles can be added to scan protocols for an efficient workflow