The present invention provides an intraocular lens support body for effectively transferring the movement of the zonule of Zinn, thereby improving the performance of the intraocular lens. The present invention provides an intraocular lens assembly, which is inserted into the eyeball, comprising: an intraocular lens support body (10) configured in the shape of a ring inserted into the capsular sac of the eyeball, the outer peripheral surface (11) of the intraocular lens support body (10), which contacts the capsular sac, comprising a first front contact portion (11a) that contacts the front portion of the capsular sac and a first rear contact portion (11b) that contacts the rear portion of the capsular sac, and the inner peripheral surface (12) of the intraocular lens support body (10), which faces the outer peripheral surface (11), comprising a second front contact portion (12a) that faces the first front contact portion (11a) and a second rear contact portion (12b) that faces the first rear contact portion (11b) a connection means (50) comprising a third front contact portion (52a), which contacts at least one section of the second front contact portion (12a), a third rear contact portion (52b), which contacts at least one section of the second rear contact portion (12b), and a deformation facilitating groove (52c), which is provided between the third front contact portion (52a) and the third rear contact portion (52b) so as to form a space such that the same is spaced from the inner peripheral surface (12) and an intraocular lens (30) connected to the connection means. Accordingly, the movement of the zonule of Zinn is efficiently transferred to the intraocular lens.La présente invention concerne un corps de support de lentille intraoculaire pour transférer efficacement le mouvement de la zonule de Zinn, de manière à améliorer les performances de la lentille intraoculaire. La présente invention concerne un ensemble de lentille intraoculaire, qui est inséré dans le
