Abstract: An injectable intraocular lens (10) made of flexible material, said lens (10) having an optical portion (11) that is preferably of approximately circular shape, said injectable intraocular lens being characterized in that it also has two side flats (15) provided on opposite edges of the optical portion (11), said flats (15) forming an angle relative to each other.

Abstract: An injectable intraocular lens (10) made of flexible material, said lens (10) having an optical portion (11) that is preferably of approximately circular shape, said injectable intraocular lens being characterized in that it also has two side flats (15) provided on opposite edges of the optical portion (11), said flats (15) forming an angle relative to each other.

Abstract: An injector for injecting an intraocular lens into an eye is provided. The injector includes an optic. The optic that includes at least one lower haptic and at least one upper haptic. The injector includes a syringe body having a main portion, a cylindrical discharge portion, and a conical portion connecting the main portion to the discharge portion. A plunger moves inside the syringe body to move the lens from the main portion to the discharge portion, and out of the discharge portion. The plunger has at least two strands that move towards each other while the plunger slides inside the conical portion. When the plunger reaches the discharge portion the plunger has a profile in contact with the lens, and the profile defining at least one space to receive the at least one upper haptic of the lens.

Abstract: A device for dispensing viscoelastic solutions, said device consisting of a syringe (1) which contains at least two viscoelastic solutions (V1, V2) having different properties, said solutions (V1, V2) being dispensed in succession, in a predetermined order, said device being characterized in that said syringe (1) includes at least one moving diaphragm (10) that separates said at least two viscoelastic solutions (V1, V2).

Abstract: A device for injecting an intraocular lens, the device including a syringe body (1) having a piston (2) mounted therein. The body (1) constitutes a single piece and includes a cylindrical portion (3) capable of containing the lens (4) in a non-deformed state, an injection endpiece (6), and a conical intermediate portion (5). The body does not have a cylindrical opening or auxiliary system (such as a cartridge, a flap, a slide, a removable endpiece) for loading the lens.

Abstract: An injector for injecting an intraocular lens (1) made up of an optic (5), of at least one lower haptic (6), and of at least one upper haptic (7), said injector comprising a syringe body (10) having a preferably cylindrical main portion (11), a preferably cylindrical discharge portion (13) that is preferably of smaller cross-section than the cross-section of the main portion (11), and a conical portion (12) connecting said main portion (11) to said discharge portion (13), a plunger (20) being adapted to move inside said syringe body (10) so as move said lens (1) from the main portion (11) to the discharge portion (13), and then to discharge said lens (1) out of said discharge portion (13), said plunger (20) being provided with at least two strands (21, 22) that can move towards each other while the plunger (20) is sliding inside said conical portion (12), said injector being characterized in that, when said plunger (20) reaches the discharge portion (13) said plunger has a profile (25) at its end in contact w

Abstract: A device for dispensing viscoelastic solutions, said device consisting of a syringe (1) which contains at least two viscoelastic solutions (V1, V2) having different properties, said solutions (V1, V2) being dispensed in succession, in a predetermined order, said device being characterized in that said syringe (1) includes at least one moving diaphragm (10) that separates said at least two viscoelastic solutions (V1, V2).