A method of manufacturing a multi-component intraocular lens implantable in an optical system of a human eye in a primary surgical operation, the method comprising: manufacturing a base lens (1000) having an anterior surface configured to be oriented towards a front of the human eye, a posterior surface on an opposite side of the base lens (1000) with respect to the anterior surface and configured to be oriented towards a posterior part of the human eye, a circumferential lateral surface that connects the anterior and posterior surfaces, and which is made of a collapsible base material, including the base lens (1000) at least one defined cut in the circumferential lateral surface of the base lens (1000) and a projection (1005) configured to engage the cut； and manufacturing a set of optical front lenses that includes a first lens and a second lens, the first and second lenses being made of first and second folding materials, respectively, in which the projection (1005) is disposed on the anterior surface, and extends orthogonally away from the anterior surface, of the base lens (1000) towards the front of the human eye, the protrusion including a groove (1100) defined therein and through which the base lens is selectively coupled ( 1000) with the set of optical front lenses, the groove being located only above the anterior surface of the base lens (1000), in which the first lens is an intermediate lens and the second lens is an upper lens, the lens comprising intermediate at least one extension (2100) extending away from an outer circumference surface of the intermediate lens and which is configured to engage the defined groove left in the projection of the base lens, in which the set of optical front lenses has an axis orientation to correct astigmatism, characterized in that the first lens is directly adhered to the second lens free of any material or substance present between them , and because the orientation of the axis of the set of optical front lenses is sys
