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.
Official Website
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