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What Does Wave  Design?

Wave  software recommends a starting custom lens design regardless of whether it's a single vision, front surface multifocal (toric or bi-toric), ortho k, toric-ortho k , toric, bi-toric lens or free form asymmetric lens. Designs have multiple aspheric curves as small as 10 microns wide depending upon the shape of the cornea. Wave  automatically adjusts the front surface optics to work with the surface topography to create a higher performance lens.

 

Wave  first imports and converts raw topography data into a corneal shape model with a suggested starting lens design. All Wave  designs have multiple aspheric curves as small as 10 microns in diameter to closely follow the corneal shape. As Wave  uses the entire corneal map, default designs tend to be larger. Great emphasis is given to closely duplicate the corneal periphery into the lens periphery, resulting in better centering and greater comfort. The designer may increase or decrease OAD (8.5-15mm), center or edge thickness at any time.

 

Wave  designers think in terms of tear film thickness with full capability to alter the fit as they like. Looking at the simulated fluorescein map, the designer 'grabs' and moves one of four control balls to increase or decrease tear thickness across the lens. Individual or combined control of up to eight meridians affects tear film in 90, 180- or 360-degree segments of the lens. The same control balls are used to adjust OZ, IZ, edge diameter and bevel lift.

 

Design changes are seen in the simulated fluorescein map. Many other design changes are possible in addition to compound over-refractions, iif necessary, to refine visual acuity. Wave's automatic cross cylinder feature compares corneal cylinder to refractive cylinder with an option to incorporate the expected residual internal astigmatism on the front surface of the first lens.

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Capabilities & Specifications

 

Lens Design: Rotationally symmetric, geometrically symmetric or asymmetric front and back surfaces with atoric spherical effect optics

 

Materials: Most common GP materials

 

Optical Design: Single vision, multifocal (center distance, center near or segmented), aspheric toric, aspheric bitoric with or without front surface prism, Myopic and hyperopic orthokeratology

 

Compound Optics: Combine multiple elements (multifocal, toric, bitoric, and reverse geometry) into one design, even a spherical center with a toric periphery!

 

Power Range: Sphere +/- 30 diopters, Cylinder +/- 30 diopters, Add +0.25 - 5 diopters

 

Dimensions/thickness Control: Diameter 8.5 -15mm, center thickness 0.12-1.0mm, edge

thickness 0.10 - 0.30mm; Soft - Diameter 13 - 15mm, center thickness 0.08 -1.0mm, edge

thickness 0.10 - 0.30mm

 

Design Controls: Initial Rx, over refraction, compound over refraction, diameters of optical zone, intermediate zone, edge, bevel

 

Tear Film / Zone Diameter Control: Rotational designs: drag and drop global control of zone diameters and tear film clearance of optical zone, intermediate zone, bevel and edge, 360 degrees around the lens. Asymmetric and Geometrically symmetrical designs: drag and drop control of zone diameters and tear film clearance of optical zone, intermediate zone, bevel and edge at 8 individual meridians controlling a 90,180 or 360 degree segment of the lens.

 

Software Platform: Windows 98SE or better

 

Data Source: Scout or Piccolo Topographer, Medmont Topographer, OCULUSĀ® Topographer.

 

 

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Ponte Vedra  FL 32082 USA