The Mocean 4000 is a high-performance Optical Coherence Tomography (OCT) system designed to deliver exceptional image quality, speed, and diagnostic confidence in modern ophthalmology.
Combining advanced SLO-OCT technology, artificial intelligence, and ultra-fast scanning, the Mocean 4000 provides comprehensive visualization of retinal, glaucoma, and anterior segment structures—empowering clinicians with precise and reliable data for diagnosis and follow-up.
Overview
- Ultra-fast scanning up to 130,000 A-scans/sec for rapid acquisition and improved workflow
- AI-enhanced high-resolution imaging for superior clarity and detection of subtle pathologies
- Widefield 12×12 mm 3D PanoScan enabling detailed retinal assessment in a single scan
- Real-time SLO fundus imaging (47°) with eye tracking for precise alignment and reduced motion artifacts
- Comprehensive 16 mm full cornea scan for complete anterior segment evaluation
- Automated analysis tools including retinal, glaucoma, and choroidal thickness assessment
Advanced Imaging Capabilities
The Mocean 4000 integrates simultaneous OCT and SLO imaging, allowing clinicians to localize lesions accurately before scanning and achieve highly reproducible results. Its high-speed eye-tracking system minimizes motion artifacts, ensuring consistent follow-up and reliable progression analysis.
With a digital axial resolution of 2.7 μm and advanced scan patterns, the system reveals fine structural details across the retina and optic nerve, supporting early diagnosis of conditions such as glaucoma and retinal diseases.
The Mocean 4000 is equipped with an SLO-based eye tracker that performs 100 tracks/sec with an impressive 10 micron accuracy and a success rate exceeding 95%.
Optional OCT Angiography (OCTA)
The VASCAN™ OCTA module offers non-invasive visualization of retinal microvasculature without dye injection. It provides detailed vascular imaging, quantitative analysis (vessel density, FAZ, flow), and widefield scans up to 12 × 8 mm—expanding the diagnostic capabilities of the platform.
