MonacoPro

MonacoPro takes the proven Optos technology further by integrating cutting-edge MonacoPro SD-OCT image quality into every exam. Engineered for efficiency, MonacoPro captures up to five imaging modalities for both eyes in just 90 seconds, optimizing workflow, streamlining diagnostics, and delivering superior patient care.      

MonacoPro

Monaco logo

MonacoPro provides an exciting new way to enhance your clinical exam. The only ultra-widefield retinal imaging device with integrated SD-OCT, MonacoPro produces a 200° single-shot optomap image in less than ½ second and also provides cross-sectional 40° OCT views of retinal structures. Engineered for efficiency, MonacoPro captures up to five imaging modalities for both eyes in just 90 seconds, optimizing workflow, streamlining diagnostics, and delivering superior patient care.

MonacoPro offers the following benefits:

Image Capture Features
- Non-Mydriatic, with minimum 2mm pupil1
- cSLO imaging through most cataracts2
- 3-in-1 Color DepthTM Imaging provides important clinical data from the retinal surface, through the choroid

Software Analysis Features
- OptosAdvanceTM Image Management software streamlines image review and consultations
- A comprehensive Reference Database (RDB) enables results of OCT analysis to be shown in relation to 1%, 5%, 95%, and 99% of the RDB population
- MonacoPro is equipped with AreaAssist, a tool designed to improve the efficiency of retinal imaging workflows by enabling users to automatically measure continuous areas of matching color and adjust the sensitivity of the selected area
- Distance (mm) and area (mm2) measurements provide objective assessment of change over time

Software Compliance Features
- MonacoPro includes robust cybersecurity enhancements to comply with ISO27032 guidelines and the FDA Cybersecurity in Medical Devices* requirement, providing enhanced protection against threats
- DICOM-compatible software supports compliance with the Code of Federal Regulations3

1 Legarreta. Imaging of Peripheral Retina with Optos Ultra-Widefield Imaging: Evaluation of Aperture Size on Image Quality. ARVO 2012.
2 Friberg. Advances in retinal imaging of eyes with hazy media: Further Studies. ARVO 2011.
3 All Covered Entities must securely backup ‘retrievable exact copies of ePHI’ (CFR 164.308 (7)(ii)(A)).
*For US markets only

Technical Specifications

Image Modalities

optomap color and optomap plus (red and green laser): 
   Color composite view
   Green laser view
   Red laser view 
optomap af (green laser): autofluorescence
Optical Coherence Tomography (OCT)

Resolution

optomap plus: 14 μm
optomap: 20 μm

Exposure Time

Less than 0.4 seconds

OCT Scan Types

Line Scan
Raster Scan
Retina Topography Scan
Optic nerve Head (OnH) Topography Scan
Retinal nerve Fiber layer (RnFl) Scan

Wavelengths

Red laser: 635 nm
Green laser: 532 nm (for af )

Tomographic Imaging

Signal Type: Optical scattering from tissue
Signal Source: Super luminescent Diode (SlD) 840 nm
Optical Power: laser safety Class-1 following IEC/en60825-1:2014
Typical Axial Resolution: <7 micron (in tissue) Digital on-screen <5 micron
Transverse Resolution: <20 micron (in tissue), Digital on-screen <15 micron
Scanners: Galavanometric with X, Y mirrors
Scan Depth: 2.3 mm (in tissue)

OCT Scan Characteristics

Spectral Domain OCT
A-Scan rate up to 70k cycles/s
Active eye tracking
Automatic scan positioning

Footprint

Width: 550 mm/22 inches
Depth: 570 mm/23 inches
Height: 606 - 632 mm/24-25 inches