Modern eye care demands more than high-resolution images. Today’s clinicians need deeper penetration, wider visualization, anterior segment insight, and workflow efficiency all within a single, reliable platform. 

Triton2™ advances multimodal swept-source OCT by integrating posterior and anterior segment imaging, wide-field capability, and AI-enhanced clarity into one comprehensive system. Built on proven 1050nm swept-source OCT technology, Triton2 supports retina, glaucoma, and comprehensive eye care with expanded diagnostic confidence. 

Clearer edge-to-edge Fundus Imaging with Slit-Scanning Technology 

Triton2 enhances traditional retinal imaging with slit-scanning fundus photography. Instead of illuminating the entire retina in a single flash, a narrow beam of continuous light scans across the fundus, reducing scatter and flare. 

This approach improves contrast and image clarity even through pupils as small as 2.0 mm and delivers more consistent visualization in real-world clinical conditions, including imaging through significant media opacities. 

For retina specialists and comprehensive practices alike, these improvements mean reliable imaging across a broader patient population. 

Integrated Anterior Segment OCT and Corneal Analysis 

Beyond posterior imaging, Triton2 incorporates advanced anterior segment OCT, including: 

• Epithelial thickness mapping 

• Corneal thickness mapping 

• Objective angle metrics such as AOD and TISA 

Corneal thickness data enhances glaucoma risk assessment and improves interpretation of intraocular pressure. Angle measurements provide objective insight into narrow angles and support monitoring before and after intervention. 

For cornea and refractive specialists, epithelial mapping aids in early keratoconus detection and surgical planning. By combining anterior and posterior imaging in one platform, Triton2 streamlines workflow while expanding clinical insight. 

Wide-Field OCT and OCTA Imaging 

Expanded OCT retinal coverage supports evaluation of peripheral traction, retinal schisis/detachment, tumors, and posterior staphylomas. Wide-field OCTA enhances assessment of vascular pathology in diabetic retinopathy and retinal vein/artery occlusions. 

For retina specialists, this broader field of view supports surgical planning and treatment monitoring. For comprehensive practices, it strengthens screening and referral decisions. 

AI-Enhanced Imaging with Smart Denoise 

Triton2 incorporates Smart Denoise, an AI-driven algorithm designed to reduce noise and enhance contrast both in OCT and OCTA scans. 

By optimizing each B-scan within dense data cubes, Smart Denoise improves visualization of structural and microvascular detail. The result is incredible OCTA imaging, emboldening a stronger diagnostic confidence obtained with a very fast, invisible scan beam swept-source OCT fundus camera. 

Designed for Clinical Efficiency 

By optimizing each B-scan within dense data cubes, Smart Denoise improves visualization of structural and microvascular detail. The result is incredible OCTA imaging, emboldening a stronger diagnostic confidence obtained with a very fast, invisible scan beam swept-source OCT fundus camera. 

The combination of advanced imaging and streamlined workflow supports efficiency without compromising clinical depth. 

A Multimodal OCT Platform for Modern Eye Care 

By integrating swept-source OCT, slit-scanning fundus photography, wide-field OCT and OCTA imaging, anterior segment analytics, and AI-enhanced processing, Triton2 expands the possibilities of multimodal imaging. 

For retina, glaucoma, cornea, and comprehensive eye care providers, Triton2 delivers broader visualization, deeper insight, and clearer data all within a single platform.