Need quick access to OptosCloud? This month’s tip shows you how to log in and reset your password securely. Follow our step-by-step guide to maintain uninterrupted access to imaging data and reports.

Explore how optomap ultra-widefield imaging and MonacoPro support early detection and management of diabetic retinopathy and pediatric retinal conditions. From comprehensive diabetic eye exams to safe, non-invasive screenings for children—even infants—this technology helps ensure no part of the retina is overlooked. Plus, discover custom pediatric resources in our Customer Portal to support back-to-school eye health.

Multimode helps busy eye care practices streamline imaging workflows. Customize scan sequences with up to five modalities and capture both eyes in as little as two minutes. Learn how to activate this time-saving feature and explore upgrade options to enhance efficiency.

Your Optos device is a powerful tool that delivers ultra-widefield retinal imaging with precision and clarity. To ensure it continues to perform at its best, regular maintenance is essential—starting with something as simple as mirror cleaning.

In recognition of Cataract Awareness Month, Optos proudly joins Prevent Blindness America in raising awareness about cataracts—the leading cause of vision loss globally—and highlighting the critical role of ultra-widefield (UWF™) retinal imaging in modern cataract care.

Discover how Dr. Bobby “Chip” Wood leverages cutting-edge Optos technology to enhance patient care and drive business success. Learn about the benefits of integrating advanced imaging solutions like the Monaco and Daytona devices, and how they improve clinical outcomes, office efficiency, and patient satisfaction. Explore the transformative impact of optomap imaging on diagnostic opportunities and patient education. Read on to see why Optos technology is an indispensable asset to any optometric practice.

Article originally appeard in Vision Source® OD Magazine

optomap® color rgb imaging enhances ultra-widefield retinal diagnostics by delivering natural-color visualization with improved detail of superficial structures, thanks to its added blue laser. Professor Paulo Stanga’s research highlights its superiority in detecting epiretinal membranes, vitreous opacities, and early retinal changes. However, he emphasizes that rgb and rg imaging together provide the most comprehensive retinal assessment; rgb excels in surface detail, while rg remains crucial for deeper layers. This synergy allows for precise disease detection and monitoring. Read more to explore these groundbreaking insights.