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Same features as PARASOFT lite, plus: |
| • Axial and Instantaneous curvature maps |
• Refractive power map |
| • Comparison among 2, 3, or 4 maps |
• Corneal asphericity at 4.5 and 8 mm |
| • Asphericity in p, e, Q, SF formats |
• Posterior contact lens surface topography |
| • Curvature in mm or D |
| • Pupil decentring, radius and diameter |
• Zernike polynomial decomposition for corneal aberrations |
| • Peripheral degrees |
| • Complete patient archive management |
• Kerato-refractive indices to evaluate the optical quality of cornea |
| • Sim-K |
| • Absolute, Normalized and Adjustable scales |
• Ortho-k lens design based on measured corneal altimetry |
| • Contact lens autofit based on cornea height |
• EyeImage module for digital imaging and movies from Slit lamps |
| • Customizable report with add-logo feature |
• Zernike Altimetry: decomposition into Zernike polynomials of corneal altimetry referred to the surface vertex |
| • Improved acquisition procedure for accurate keratoscopic pictures |
| • Differential altimetric maps with reference to spherical, aspherical, asphero-toric best-fit surfaces calculated on an adjustable diameter |
| • Merridians and Hemi meridians at 3, 5, and 7 mm. |
| • Keratoconus screening for preventive diagnosis and follow-up |
Corneal wave front analysis with:
• Corneal wave front summary with adjustable pupil, including maps of most common aberrations
• Corneal aberrations analysis
• A new visual quality summary with PSF, Spot Diagram, MTF and visus simulation |
| • Trial contact lens fitting on a simulated fluorescein tear pool |
| • Export map images in PNG., BMP., and JPG. formats |
| • Advanced rings editing tool for perfect rings reconstruction on especially bad corneas |
