Optos MonacoPro
Abstract
The MonacoPro is the only ultra-widefield retinal imaging device with integrated SD-OCT, producing a 200° single-shot optomap image in less than ½ second while providing cross-sectional 40° OCT views of retinal structures. Launched in February 2025, MonacoPro represents the next-generation ultra-widefield (UWF™) SLO and spectral domain retinal imaging solution building on the legacy of Monaco®.
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Imaging Specifications:
Ultra-Widefield Imaging:
200° single-capture field of view in less than 0.5 seconds
optomap color resolution: 20 μm, optomap plus/autofluorescence: 14 μm
Exposure time: Less than 0.4 seconds
Spectral Domain OCT:
40° cross-sectional views at 70,000 scans per second with axial resolution under 10μm
Multiple scan patterns: Line scan, Raster scan, Retina topography scan
Enhanced OCT image quality for detailed retinal layer visualization
Imaging Modalities:
Color, autofluorescence and OCT scans for rapid multi-modality capture
optomap color (red/green laser)
optomap plus (red laser)
optomap af (green laser): autofluorescence
Workflow Efficiency:
Captures up to five imaging modalities for both eyes in just 90 seconds
Rapid multi-modality capture for both eyes in as little as two minutes
UWF with integrated OCT saves time, space, and minimizes patient movement with correlated optomap images and OCT scans
Advanced Features:
One of the largest reference databases in retinal imaging with 879 eyes, filtering results based on optic disc sizes and age
Enhanced OCT image quality provides detailed and precise retinal images for clearer and more accurate visualization of retinal layers
Advanced automation and data analysis capabilities
Correlated imaging between UWF and OCT modalities
Clinical Applications: The MonacoPro's integrated approach allows simultaneous assessment of peripheral retinal pathology (via 200° UWF) and detailed macular analysis (via high-resolution OCT), making it particularly valuable for comprehensive diabetic retinopathy screening, AMD monitoring, and detecting peripheral retinal lesions that might be missed with conventional imaging.
The system's speed and multi-modal capability make it ideal for high-volume screening environments while maintaining diagnostic precision for detailed pathology assessment.