Advancing eye health through non-invasive OCT and OCTA imaging solutions for early detection of retinal vascular diseases
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Pioneering ophthalmic research and development since 2014
Founded in 2014, Varocto Inc. is an innovative ophthalmic research and development company based in Boston, Massachusetts. As a spin-off of the prestigious Alfred E. Mann Institute at USC, we combine cutting-edge research with practical medical applications.
We are dedicated to developing the next generation of non-invasive retinal vascular screening machines utilizing advanced OCT (Optical Coherence Tomography) and OCTA (Optical Coherence Tomographic Angiography) technologies. Our goal is to revolutionize early detection of eye diseases, particularly diabetes and age-related macular degeneration, before vision damage occurs.
Our multidisciplinary team excels in optical, electronic, mechanical, algorithm, and software design, enabling us to create comprehensive solutions that advance the field of ophthalmology and improve patient outcomes worldwide.
Revolutionary non-invasive imaging for comprehensive retinal analysis
Optical Coherence Tomography provides high-resolution cross-sectional images of the retina, enabling detailed structural analysis without invasive procedures.
Optical Coherence Tomographic Angiography captures three-dimensional vasculature of the eye, revealing blood flow patterns and vascular abnormalities.
Our technology requires no pupil dilation or dye injection, making examinations comfortable and accessible for all patients.
Advanced algorithms create detailed three-dimensional maps of retinal structures and blood vessels for comprehensive analysis.
Our OCT angiography technology represents a significant advancement in non-invasive retinal imaging. By combining high-resolution structural imaging with detailed vascular mapping, we enable healthcare providers to detect and monitor retinal diseases with unprecedented precision and patient comfort.
Comprehensive expertise across multiple engineering disciplines
Advanced optical system design and optimization for high-resolution imaging applications, including lens systems, beam shaping, and light delivery mechanisms.
Cutting-edge electronic circuit design, signal processing, and control systems for medical imaging devices with precision and reliability.
Robust mechanical engineering solutions including precision positioning systems, ergonomic device design, and manufacturing optimization.
Sophisticated image processing algorithms, machine learning models, and data analysis tools for enhanced diagnostic capabilities.
Comprehensive software solutions including user interfaces, device control systems, and data management platforms for medical applications.
Advancing early detection and prevention of retinal diseases
Early detection of diabetic retinopathy through advanced vascular imaging, enabling timely intervention before vision loss occurs.
Comprehensive monitoring of macular health and early identification of degenerative changes for improved patient outcomes.
Detect retinal vascular problems before vision damage occurs
Better treatment results through timely diagnosis and care
Non-invasive procedures enhance patient experience and compliance
Streamlined screening processes for better healthcare delivery
Get in touch to learn more about our technology and services
Boston, Massachusetts
United States
Spin-off of Alfred E. Mann Institute at USC
Founded in 2014