Abstract: An intra ocular lens (IOL) for placement in the capsular bag and securing the IOL in an opening in an anterior part of a capsular bag, with an anterior capsular bag flap surrounding said opening. An anterior side, which in use when the IOL is implanted in an eye is directed towards a cornea of the eye. A posterior side, which in use when the IOL is implanted in an eye is directed towards a retina of the eye. The IOL comprises an optical structure, at least two posterior supports to provide support for a posterior surface of an anterior capsular bag flap, and at least two anterior supports to provide support for an anterior surface of an anterior capsular bag flap, when IOL residing inside and outside of the anterior capsular bag flap respectively.

Abstract: An intraocular lens includes an optic having first and second sides. The optic has a first main lens surface at the first side, a second main lens surface at the second side, the first main lens surface providing a first main lens surface optical power, the second main lens surface providing a second main lens surface optical power, the first and second main lens surfaces providing a main lens having a main lens optical power and main optical axis defining radial, tangential and axial directions. The optic has: a first additional optical active part at the first side, providing a positive relative optical power with respect to the first main lens surface optical power; and a second additional optical active part at the second side, partly overlapping the first additional optical active part, providing a relative optical power and/or optical aberration with respect to the second main lens surface.

Abstract: An intraocular lens includes an optic, which includes a first lens having a first optical axis for alignment with an optical axis of the human eye having a macula; and a second lens having a second optical axis. The second optical axis and the first optical axis enclose an angle between 0.5 and 10 degrees. The first and second lens are arranged next to one another in a direction transverse to the first optical axis to provide no overlap in a direction along the first optical axis such that the first lens and the second lens each, independent from one another, image onto the macula of the eye. The angle and a direction of the second optical axis are chosen such that the second lens images onto a functional part of the macula of the human eye, which functional part is not compromised by a defect, such as a scotoma.

Abstract: The invention provides an intra ocular lens structure (IOL) for placement in the capsular bag and securing the IOL in an opening in an anterior part of a capsular bag, with an anterior capsular bag flap surrounding said opening, said IOL having an anterior side which in use when the IOL is implanted in an eye is directed towards a cornea of the eye, and a posterior side which in use when the IOL is implanted in an eye is directed towards a retina of the eye, said IOL comprising an optical structure, at least two posterior supports for when the IOL is implanted in the capsular bag residing in the capsular bag extending away from said optical structure, said posterior supports adapted for in use providing support surfaces for a posterior surface of an anterior capsular bag flap, and at least two anterior supports for when the IOL is implanted in the capsular bag residing outside the capsular bag extending away from said optical structure, said anterior supports adapted for in use providing support surfaces for

Abstract: The invention provides an intra ocular lens assembly comprising an intra ocular lens structure (IOL) for placement in the capsular bag and securing the IOL in an opening in an anterior part of a capsular bag, with an anterior capsular bag flap surrounding said opening, and a secondary intraocular lens (S-IOL) comprising fixing parts for attaching said S-IOL to said IOL.

Abstract: An ophthalmic lens comprising a main lens part, a recessed part, an optical center, and an optical axis through the optical center. The main lens part has at least one boundary with the recessed part and has an optical power of between about ?20 to about +35 diopter. The recessed part is positioned at a distance of less than 2 mm from the optical center and includes a near part having a relative diopter of about +1.0 to about +5.0 with respect to the optical power of the main lens part. The boundary or boundaries of the recessed lens part with the main lens part form a blending part or blending parts, are shaped to refract light away from the optical axis, and have a curvature resulting in a loss of light, within a circle with a diameter of 4 mm around the optical center, of less than about 15%.

Abstract: An intraocular lens with a lens comprises a main lens part having a main lens surface and a main optical axis defining radial, tangential and axial directions; and a recessed part having a recess surface and extending between said main optical axis and a circumference of said lens, the recessed part comprising a secondary lens part with a secondary lens surface having a positive relative optical power with respect to an optical power of said main lens surface. The main lens surface extends in an outward radial direction towards a main lens outer circumference section remote from said the optical axis.

Abstract: An IOL injector system includes an injector; a holder for holding an IOL; and a container for holding the holder. The injector has an injection channel and a plunger movable down the channel; and a holder receiving space for snappingly receiving the holder, and the holder has a channel part with a channel forming part of the injection channel of the injector when the holder is snapped into the receiving space of the injector in line with the injection channel, the IOL being provided in the channel of the holder when holding the IOL; and opposite openings for allowing the IOL to pass, allowing the plunger to urge the IOL out of the holder and through the injection channel. The container has a reservoir for holding a storage liquid and holder; closing walls for closing the opposite openings of the holder; and retaining parts for holding the holder.

Abstract: The present invention relates a method for manufacturing an intraocular lens in a closed mold, wherein an acrylic monomer composition containing a single high refractive index monomer according to formula (I): is polymerized by employing an initiator that is activated by light having a wavelength of 390 nm or more.

Abstract: The invention relates to a intra lens (1) comprising a posterior surface and an anterior surface, said posterior surface having a curvature which is optimized for providing a minimal spherical aberration, wherein said curvature is optimized using the posterior chamber depth of an eye in which the IOL is to be inserted.

Abstract: An intraocular lens includes an optic, which includes a first lens having a first optical axis for alignment with an optical axis of the human eye having a macula; and a second lens having a second optical axis. The second optical axis and the first optical axis enclose an angle between 0.5 and 10 degrees. The first and second lens are arranged next to one another in a direction transverse to the first optical axis to provide no overlap in a direction along the first optical axis such that the first lens and the second lens each, independent from one another, image onto the macula of the eye. The angle and a direction of the second optical axis are chosen such that the second lens images onto a functional part of the macula of the human eye, which functional part is not compromised by a defect, such as a scotoma.

Abstract: Intraocular lens for insertion into the human eye includes an optic having a posterior surface for facing towards the posterior chamber of the human eye; an anterior surface for facing away from the posterior chamber of the human eye, the anterior surface being at least substantially convex; a main lens formed by corresponding surface sections of the anterior and posterior surfaces, the main lens having an optical axis and a base optical power; and an additional surface section at a distance from the optical axis, the additional surface section including at least one additional section part providing for an optical power different from the base optical power. The posterior surface is substantially flat or at least substantially concave, and includes a substantially flat or at least substantially concave main posterior surface section, the main lens being formed by the anterior surface and the main posterior surface section.

Abstract: An ophthalmic lens comprising a main lens part, a recessed part, an optical centre, and an optical axis through the optical centre, the main lens part having at least one boundary with the recessed part, the main lens part having an optical power of between about ?20 to about +35 dioptre, the recessed part positioned at a distance of less than 2 mm from the optical centre and including a near part having a relative dioptre of about +1.0 to about +5.0 with respect to the optical power of the main lens part, the boundary or boundaries of the recessed lens part with the main lens part form a blending part or blending parts, are shaped to refract light away from the optical axis, and have a curvature resulting in a loss of light, within a circle with a diameter of 4 mm around the optical centre, of less than about 15%.

Abstract: The invention relates to an ophthalmic lens comprising a main lens part, a recessed part, an optical center, and an optical axis through said optical center, said main lens part having at least one boundary with said recessed part, said main lens part having an optical power of between about ?20 to about +35 dioptre, said recessed part positioned at a distance of less than 2 mm from said optical center and comprising a near part having a relative dioptre of about +1.0 to about +5.0 with respect to the optical power of said main lens part, said boundary or boundaries of said recessed lens part with said main lens part form a blending part or blending parts, are shaped to refract light away from said optical axis, and have a curvature resulting in a loss of light, within a circle with a diameter of 4 mm around said optical center, of less than about 15%.