KeraSoft®3 is produced in the new 74% Silicone Hydrogel material, giving Keratoconus and Post-Graft patients excellent comfort and longer wearing times. KeraSoft®3, has been re-designed as a front surface aspheric prismatic toric (or Asphere) to provide greater stability of vision. The fitting
KeraSoft®2is an easy to fit, soft lens for keratoconus and post-graft fittings, providing vision comparable with that of rigid lenses, but with the comfort of soft lenses.
The McGuireTM Keratoconus contact lens system works on a fitting philosophy that aims to achieve a three-point touch and is predicated upon the size of optic zone in relation to conical size.
The Igel Select KerasoftTM is a hydrophilic lens designed for Keratoconus cases and offers an alternative to rigid lenses. This lens provides acuity comparable with that afforded by rigid lenses, but with the comfort and positional stability levels associated with hydrophilic lenses. [read more]
The IgelTM Select KerasoftTM Toric is a hydrophilic lens designed for Keratoconus cases and offers an alternative to rigid lenses. This lens incorporates a back surface toric and a non-prism ballasted, dynamically stabilised front surface. It provides acuity comparable with [read more]
The ALK RGP contact lens system has been developed with Alex Levit FCOptom. This is a Keratoconus system that uses a relatively small (24 lens) trial set. This system uses a method of assessing the stage of advancement of the developing cone and has a range of lenses to fit different stages.
The IgelTM Select KerasoftTM MF is a hydrophilic multifocal spherical contact lens designed for Keratoconus cases and offers an alternative to rigid lenses. This lens provides acuity comparable with that afforded by rigid lenses but with the comfort and positional stability [read more]
The IgelTM Select KerasoftTM MF is a hydrophilic lens multifocal toric contact lens designed for Keratoconus cases and offers an alternative to rigid lenses. This lens incorporates a back surface toric and a non-prism ballasted, dynamically stabilised front surface. The [read more]