Abstract: An intraocular implant includes an optic part consisting of a central diverging lens of minus optical power, whose thickness increases radially from its optical center, and a peripheral edge shaped in the manner of a converging lens, and a haptic part for supporting the optic part, on each side of the latter, wherein the implant has the function of correcting myopia and is designed to be arranged in the anterior chamber of the eye, without ablation of the crystalline lens, the central diverging lens being a corrective lens, and the peripheral converging lens being a lens for focusing the peripheral light in front of the retina.

Abstract: The present invention relates to the intraocular implant (13) for the anterior chamber of the eye.The implant comprises an optic part comprising essentially a divergent lens with thick edges (16), and a haptic part comprising two elastic loops (15) for support inside the eye, extending on either side of the optic part, in the same diametral direction (50), from two points of the optic part respectively and diametrically opposed. A connecting zone (19) situated outside the optic part and fitted on each loop (15) connects the latter to the optic part.The invention is applicable to the correction of myopias.

Abstract: An intraocular implant includes an optic part consisting of a central diverging lens of minus optical power, whose thickness increases radially from its optical center, and a peripheral edge shaped in the manner of a converging lens, and a haptic part for supporting the optic part, on each side of the latter, wherein the implant has the function of correcting myopia and is designed to be arranged in the anterior chamber of the eye, without ablation of the crystalline lens, the central diverging lens being a corrective lens, and the peripheral converging lens being a lens for focusing the peripheral light in front of the retina.