One viewer for your entire radiology network—fast, intelligent, and zero-footprint.
View, Report, Collaborate. Anywhere.
evoViewer delivers zero-footprint, diagnostic-grade access for radiologists and clinicians. From advanced 3D reconstructions to structured reporting and tailored hanging protocols, it’s optimized for faster, more accurate reads—and easy adoption across your network.
Why teams choose evoViewer
Diagnostic-grade 3D visualization
Users can access advanced MPR/MIP/MinIP/AVG, curved MPR, and PET/CT modules directly in the browser for high-fidelity, clinically precise, confidence-building reviews from any location.
Precision tools for real clinical work
Annotations, angles, ROI tools, Cobb angle, spine labeling, image filters, 2D segmentation, and the ability to save measurements as DICOM objects make the viewer truly diagnostic-ready.
Fast by design, flawlessly responsive
Sub-second load times with optimized processing ensure radiologists move through high-volume workflows without delays, enabling quicker clinical decisions and smoother multidisciplinary collaboration.
Seamless clinical integration
CE-certified, zero-footprint, EMR/HIS integrated, DICOM compliant, and compatible across all workstations, with smart hanging protocols that adapt to modality, series, and exam-level workflows.
Embedded Intelligence in the evoViewer
Enhance your viewer with advanced tools.
Maestro
Delivering the right study to the right radiologist at the right time by intelligently orchestrating workloads across sites. It streamlines reading with subspeciality-aware worklists, overlays seamlessly on existing PACS/RIS systems, and uses rules plus AI to optimize assignments for hybrid or on-prem environments.
μetaRadiology
Bringing advanced visualization into the clinical workflow, generating disease-oriented maps, supporting conditions like hemosiderosis, osteoporosis, liver steatosis, and Multiple Sclerosis. It offers reproducible biomarkers and phantom-optimized protocols for cross-scanner consistency.
Volumetrica
Automating segments of organs and anatomical regions from CT/MR. It delivers accurate whole-body segmentation with clinician-in-the-loop edits, fast and reproducible metrics, and prior comparisons with volumetric and intensity results. With radiomic features, parametric maps, and model-ready dataset exports.