Self-viscoelastic intraocular lens cartridge for use in implanting a lens into an eye in cataract surgeries and comprising: - at least one cartridge end including a tunnel extending longitudinally between a feed orifice and an outlet orifice, - at least one cartridge body coupled to the feed orifice side of the cartridge end, having: o at least one base having a long rectangular shape, one short side of which is integrated with the feed orifice; and o at least two gripping arms which extend along the long sides of the said base and are coupled to the said sides such that they can rotate about the axis of the said sides and which thus enables to create a hollow cylindrical form when in the closed state in which the long sides that are not coupled are brought closer to each another, o at least one slot in each gripping arm, which is located on the long sides of the gripping arms that are not coupled to the base, and which allows a cataract lens that is positioned by being folded into the cylindrical gap within the hollow cylindrical structure formed in the closed state to be held by the edges thereof in the open position in which the unfixed sides of the gripping arms move away from each other, - at least one coating layer, which is applied to the entire lateral surface of the cylindrical gap inside the cartridge body, and which is thus provided on the surface of the gripping arms and the base facing the cylindrical gap; and characterized by - a viscoelastic film; which is a dry film layer comprising at least one biocompatible and biodegradable natural polymer applied on the coating layer and provided between the coating layer and the cataract lens, which, when the cartridge body is in closed state, is folded in the inner gap to acquire a form in accordance with the lateral surface of the inner gap; and which, when the user applies saline or bss (brine solution) to the cartridge body, is activated and becomes a lubricious gel to enable the cataract lens to be driven through the inner gap of the cartridge body towards the feed orifice of the cartridge end and from the feed orifice to the outlet orifice without being damaged. - at least one cartridge end including a tunnel extending longitudinally between a feed orifice and an outlet orifice, - at least one cartridge body coupled to the feed orifice side of the cartridge end, having: o at least one base having a long rectangular shape, one short side of which is integrated with the feed orifice; and o at least two gripping arms which extend along the long sides of the said base and are coupled to the said sides such that they can rotate about the axis of the said sides and which thus enables to create a hollow cylindrical form when in the closed state in which the long sides that are not coupled are brought closer to each another, o at least one slot in each gripping arm, which is located on the long sides of the gripping arms that are not coupled to the base, and which allows a cataract lens that is positioned by being folded into the cylindrical gap within the hollow cylindrical structure formed in the closed state to be held by the edges thereof in the open position in which the unfixed sides of the gripping arms move away from each other, o at least one base having a long rectangular shape, one short side of which is integrated with the feed orifice; and o at least two gripping arms which extend along the long sides of the said base and are coupled to the said sides such that they can rotate about the axis of the said sides and which thus enables to create a hollow cylindrical form when in the closed state in which the long sides that are not coupled are brought closer to each another, o at least one slot in each gripping arm, which is located on the long sides of the gripping arms that are not coupled to the base, and which allows a cataract lens that is positioned by being folded into the cylindrical gap within the hollow cylindrical structure formed in the closed state to be held by the edges thereof in the open position in which the unfixed sides of the gripping arms move away from each other, - at least one coating layer, which is applied to the entire lateral surface of the cylindrical gap inside the cartridge body, and which is thus provided on the surface of the gripping arms and the base facing the cylindrical gap; and characterized by - a viscoelastic film; which is a dry film layer comprising at least one biocompatible and biodegradable natural polymer applied on the coating layer and provided between the coating layer and the cataract lens, which, when the cartridge body is in closed state, is folded in the inner gap to acquire a form in accordance with the lateral surface of the inner gap; and which, when the user applies saline or bss (brine solution) to the cartridge body, is activated and becomes a lubricious gel to enable the cataract lens to be driven through the inner gap of the cartridge body towards the feed orifice of the cartridge end and from the feed orifice to the outlet orifice without being damaged.