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1. High-resolution, Placido-based corneal topographer delivering precise and detailed mapping of the corneal surface, enabling accurate assessment of corneal shape, curvature, and irregularities for advanced clinical diagnostics and reliable patient evaluation.
2. Combines state-of-the-art corneal topography with intuitive, easy-to-interpret visual representations, enabling efficient clinical evaluation and enhanced diagnostic confidence.
3. White diodes are utilized for precise assessment of tear film dynamics while providing uniform and stable Placido illumination for accurate corneal topography measurements.
4. Blue diodes (465 nm) are specifically designed to enhance fluorescein imaging, enabling clear visualization and accurate assessment of tear film stability and ocular surface conditions.
5. Infrared diodes (840 nm) are optimized for high-contrast meibography, allowing detailed visualization and assessment of the meibomian glands to support accurate diagnosis of gland dysfunction.
6. Infrared illumination (880 nm) is employed for precise pupillometry and stable Placido illumination, ensuring accurate pupil measurement and reliable corneal topography under natural viewing conditions.
7. Real keratometry with a built-in keratometer enables precise and reliable measurement of corneal curvature, supporting accurate refractive assessment and clinical decision-making.
8. The Keratograph software integrates comprehensive data analysis with high-quality image documentation, providing complete and well-organized records to support accurate diagnosis, follow-up, and clinical reporting.
9. Automatic measurement ensures the highest level of accuracy and reproducibility by minimizing operator dependency and delivering consistent, reliable results across examinations.
10. Topography-based keratoconus detection and quantification enable early identification and precise grading of corneal ectatic changes, supporting timely diagnosis and informed clinical management.
11. Zernike analysis (optional evaluation function) combined with standard Fourier analysis provides advanced, detailed assessment of corneal aberrations and surface irregularities for comprehensive diagnostic evaluation.
12. Tear Film Assessment (TF-scan) provides a comprehensive, non-invasive evaluation of tear film quality, stability, and dynamics, supporting accurate diagnosis and effective management of dry eye conditions.
13. Non-invasive, quick & automatic measurement of Tear Film Breakup Time (TBUT).
14. Displayed with an intuitive color map
15. Evaluation of tear meniscus height, lipid layer & tear film dynamics
16. 3D display of Meibomian glands in upper & lower eyelid
17. ENVIS Dry Eye Report (optional evaluation function) provides comprehensive summary display of all available dry eye tests.
18 Contact lens fitting enables precise evaluation and customization of lens selection, ensuring optimal fit, comfort, and visual performance for each patient.
19. Comprehensive & expandable database of soft & rigid contact lenses
20. Simulation & comparison of fluorescein images
21. Simulation & comparison of fluorescein images.
22. Quick and easy measurement of pupil size under different illumination conditions.
