Optos Daytona
Abstract
The Daytona represents the entry-level platform in Optos' ultra-widefield portfolio, providing essential UWF capabilities for practices requiring comprehensive retinal screening without the complexity of multi-modal advanced imaging systems.
Ultra-Widefield Imaging Performance:
- 200° single-capture retinal field of view capturing approximately 82% of the retinal surface in less than 0.5 seconds
- Confocal scanning laser ophthalmoscopy (cSLO) technology capable of imaging up to 200° of the fundus in single capture
- Non-mydriatic, non-contact imaging through 2mm pupils and penetration through cataracts
Imaging Modalities:
- Ultra-widefield autofluorescence capabilities with ultra-high resolution imaging
- Autofluorescence imaging with green laser light and 3-in-1 Color Depth imaging technology
- Four imaging modalities available: composite color, red laser, green laser, and autofluorescence
Technical Architecture
Laser Specifications: Low-powered laser wavelengths scan simultaneously, enabling review of retinal substructures in individual laser separations. The system utilizes:
- Red laser (633nm): Enhanced choroidal detail and RPE visualization
- Green laser (532nm): Optimized for retinal vascular architecture and nerve fiber layer assessment
- Dual-wavelength composite imaging for comprehensive structural evaluation
Image Processing and Geometry:
- Images displayed in consistent geometry accurately representing anatomical features across the retina
- Automatic image registration enables pixel-to-pixel comparisons for longitudinal analysis
- Ultra-high resolution desktop viewing capabilities within compact design
Clinical Applications and Workflow Integration
Screening Efficiency: Enhanced clinical practice through improved workflow efficiency, early detection of peripheral retinal changes, and enhanced patient education through real-time image sharing. The Daytona's rapid acquisition facilitates:
- Comprehensive diabetic retinopathy screening without mydriasis
- Detection of peripheral retinal breaks and degenerations
- Assessment of retinal vascular anomalies extending beyond the posterior pole
Pathology Detection Capabilities: The 200° field coverage enables visualization of:
- Peripheral retinal neovascularization in proliferative diabetic retinopathy
- Retinal detachments and tears in far periphery
- Choroidal nevi and melanomas often missed in conventional imaging
- Inflammatory changes in posterior uveitis extending to retinal periphery
Software Integration:
- Standard V2 Vantage Pro software for image management and analysis
- OptosAdvance browser-based image review software for documentation, monitoring, and referral processing
Visreed