Triton™
The Topcon DRI OCT Triton is a multi-modal swept-source OCT with a non-mydriatic color fundus camera, utilizing a 1,050 nm wavelength light source and a scanning speed of 100,000 A Scans/sec.
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Advanced Imaging Performance
Swept-Source Specifications
Scanning Speed: 100 kHz (100,000 A-scans per second)
Wavelength: 1,050 nm near-infrared light
Penetration Depth: Enhanced deep tissue visualization
Axial Resolution: Superior depth discrimination
Superior Visualization Capabilities
The 1,050nm wavelength results in clear and detailed images even for the deepest layers of the eye with short acquisition time, visualizing not only the retina and vitreous, but also the choroid and sclera.
Multimodal Imaging Features
Multimodal imaging capabilities include SS-OCT, True-Color, Digital Red-free imaging with fast scanning speed and invisible scan beam that rapidly captures detailed images, resulting in fewer motion artifacts and stunning image quality.
Clinical Advantages
Enhanced Structural Analysis
Automatically detects 7 boundaries including the chorio-scleral interface, with 12mm B-scan coverage of both the macular area and the optic disc.
Improved Workflow Efficiency
Decreased chair time and improved clinical workflow with fewer rescans through fast 100 kHz scanning speed and invisible scan beam.
Key Technical Benefits
Deep Penetration: 1,050 nm wavelength penetrates deeper than traditional OCT systems
Motion Artifact Reduction: High-speed scanning minimizes patient movement effects
Comprehensive Coverage: Wide-field scanning encompasses macula and optic disc
Automated Analysis: Advanced boundary detection algorithms
Invisible Scanning: Patient comfort with undetectable scan beam
Clinical Applications
Deep choroidal imaging and analysis
Vitreous and posterior segment assessment
Comprehensive retinal layer analysis
Macular and optic disc evaluation
Enhanced pathology visualization in dense media
The Triton™ represents Topcon's flagship swept-source technology, delivering unprecedented deep tissue imaging capabilities with clinical efficiency and patient comfort.