A system for treating or cleansing an ocular region, the system consisting essentially of: a tubular applicator having a first end and an opposed second end, the first end having an opening, wherein the tubular applicator consists of: (i) a first chamber; (ii) a second chamber, wherein the first chamber is adjacent the first end of the applicator and the second chamber is adjacent the second end of the of the applicator; (iii) a rupturable sealable element disposed within an internal cavity of the tubular applicator, the sealable element defining the first chamber and the second chamber within the internal cavity; and (iv) a self-saturating dispenser for the ocular composition, wherein the dispenser is bonded to an external surface of a first end of the applicator, wherein the dispenser envelopes the opening at the first end of the applicator, wherein the dispenser comprises an absorbent material selected from the group consisting of foam, sponge, fiber, felt, cotton, rayon, synthetic foam, synthetic sponge, textile and synthetic fiber; and an ocular composition, wherein the second chamber is pre-filled with the ocular composition, wherein rupturing of the sealable element creates a passage between the first and second chambers for the ophthalmic composition to flow from the second chamber to the first chamber and through the opening at the first end, wherein the dispenser is configured to receive a desired amount of the ocular composition through the opening. a tubular applicator having a first end and an opposed second end, the first end having an opening, wherein the tubular applicator consists of: (i) a first chamber; (ii) a second chamber, wherein the first chamber is adjacent the first end of the applicator and the second chamber is adjacent the second end of the of the applicator; (iii) a rupturable sealable element disposed within an internal cavity of the tubular applicator, the sealable element defining the first chamber and the second chamber within the internal cavity; and (iv) a self-saturating dispenser for the ocular composition, wherein the dispenser is bonded to an external surface of a first end of the applicator, wherein the dispenser envelopes the opening at the first end of the applicator, wherein the dispenser comprises an absorbent material selected from the group consisting of foam, sponge, fiber, felt, cotton, rayon, synthetic foam, synthetic sponge, textile and synthetic fiber; and (i) a first chamber; (ii) a second chamber, wherein the first chamber is adjacent the first end of the applicator and the second chamber is adjacent the second end of the of the applicator; (iii) a rupturable sealable element disposed within an internal cavity of the tubular applicator, the sealable element defining the first chamber and the second chamber within the internal cavity; and (iv) a self-saturating dispenser for the ocular composition, wherein the dispenser is bonded to an external surface of a first end of the applicator, wherein the dispenser envelopes the opening at the first end of the applicator, wherein the dispenser comprises an absorbent material selected from the group consisting of foam, sponge, fiber, felt, cotton, rayon, synthetic foam, synthetic sponge, textile and synthetic fiber; and an ocular composition, wherein the second chamber is pre-filled with the ocular composition, wherein rupturing of the sealable element creates a passage between the first and second chambers for the ophthalmic composition to flow from the second chamber to the first chamber and through the opening at the first end, wherein the dispenser is configured to receive a desired amount of the ocular composition through the opening.