An eye rinsing device comprising an eye opening device for opening an eye with an upper eyelid and a lower eyelid such that the eye can be rinsed, wherein the eye opening device comprises two wing-like spreading elements for pulling the upper eyelid and the lower eyelid of the eye apart so as to support the opening of the eye during a rinsing process, wherein the wing-like spreading elements are configured such that two access gaps for allowing an access to the eye during the rinsing process are formed laterally between the wing-like spreading elements . wherein the eye opening device comprises a cap-like portion , said cap-like portion comprising at least one rinsing opening for letting rinsing fluid pass towards an eye to be rinsed, wherein each wing-like spreading elements has a first end area being attached to the cap-like portion and a second end area comprising a free end of the wing-like spreading element , wherein the first end area and/or the second end area are configured in a curved way, wherein the width of each wing-like spreading element in the second end area is greater than the width of the wing-like spreading element in the first end area , and characterized in that each wing-like spreading element comprises a furthest point in the second end area being furthest away from the first end area of the respective wing-like spreading element , said furthest point not being the free end of the wing-like spreading element , wherein each wing-like spreading element is supported in longitudinal direction of the eye opening device by a lengthwise groove , wherein the cap-like portion comprises holding areas for holding the eye opening device , said holding areas comprising a slip-resistant surface structure , and wherein the holding areas are configured such that when being pressed an actuator of a rinsing bottle can be activated such that rinsing fluid is discharged from the rinsing opening. wherein the eye opening device comprises two wing-like spreading elements for pulling the upper eyelid and the lower eyelid of the eye apart so as to support the opening of the eye during a rinsing process, wherein the wing-like spreading elements are configured such that two access gaps for allowing an access to the eye during the rinsing process are formed laterally between the wing-like spreading elements . wherein the eye opening device comprises a cap-like portion , said cap-like portion comprising at least one rinsing opening for letting rinsing fluid pass towards an eye to be rinsed, wherein each wing-like spreading elements has a first end area being attached to the cap-like portion and a second end area comprising a free end of the wing-like spreading element , wherein the first end area and/or the second end area are configured in a curved way, wherein the width of each wing-like spreading element in the second end area is greater than the width of the wing-like spreading element in the first end area , and characterized in that each wing-like spreading element comprises a furthest point in the second end area being furthest away from the first end area of the respective wing-like spreading element , said furthest point not being the free end of the wing-like spreading element , wherein each wing-like spreading element is supported in longitudinal direction of the eye opening device by a lengthwise groove , wherein the cap-like portion comprises holding areas for holding the eye opening device , said holding areas comprising a slip-resistant surface structure , and wherein the holding areas are configured such that when being pressed an actuator of a rinsing bottle can be activated such that rinsing fluid is discharged from the rinsing opening. <EOS>