A dispensing closure system (100A: 100B), comprising: a squeezable container having a threaded neck; an insert member including: a base configured and arranged to be seated within said threaded neck of said squeezable container; and a sealing tube extending upwardly from said base, said sealing tube having a sealing member portion at an upper end thereof; a closure body including: an upper deck; a skirt (122, 122A: 122B) depending downwardly from said upper deck, the skirt (122, 122A: 122B) including threads (123A, 123B) on an internal surface configured and arranged to threadedly engage with said threaded neck, said closure body being rotatably movable relative to said threaded neck; and a flow conduit extending upwardly from said upper deck to provide a flow path from an interior of said closure body to an exterior of said closure body, said flow conduit having a dispensing tip portion, said flow conduit including an entrance orifice and an exit orifice at said dispensing tip portion, said flow conduit having an inner wall extending between said entrance orifice and said exit orifice; said closure body being movable relative to said base between a closed position wherein said sealing member portion of said sealing tube matingly engages said inner wall of said flow conduit in the area of said dispensing tip portion and prevents a flow of liquid from exiting said exit orifice, and an open position wherein said inner wall of said flow conduit in the area of said dispensing tip portion is spaced from said sealing member portion of said sealing tube and allows a flow of fluid to exit said exit orifice, said exit orifice being configured and arranged to produce a fan-shaped discharge when said squeeze-type container is inverted and squeezed, and said dispensing tip portion having a non-planar surface having an interior volume to collect liquid before liquid exits through said exit orifice at less than 5 psi (34.5 kPa), characterised in that the squeezable container comprises a single pair of symmetrically opposed stopping lugs adjacent to said threaded neck of the squeezable container, said skirt further includes a flexible lower portion with first and second opposing pairs of stopping tabs located thereon, said first pair of stopping tabs for engaging with said stopping lugs on said threaded neck when said closure body is in said closed position, said first pair of stopping tabs preventing rotation of said closure body from said closed position unless said flexible lower portion of said skirt (122, 122A, 122B) is squeezed inwardly at opposed locations offset from said first stopping tabs to deform said lower portion of said skirt and move said first pair of stopping tabs outwardly beyond said stopping lugs, said second pair of stopping tabs engaging with said stopping lugs to locate said closure body in said open position and prevent full removal of said closure body from said neck; and in that an upper portion of the internal surface of the skirt (122, 122A, 122B) below said upper deck comprises a capture ring configured and arranged to hold the threaded neck of the squeezable container and the insert member in place, whereupon initial opening of the dispensing closure, the capture ring maintains contact with the threaded neck of the squeezable container and insert member outer diameter, allowing the seal surfaces of the closure body to break free from the insert member, forcing the insert member to stay within the threaded neck. a squeezable container having a threaded neck; an insert member including: a base configured and arranged to be seated within said threaded neck of said squeezable container; and a sealing tube extending upwardly from said base, said sealing tube having a sealing member portion at an upper end thereof; a base configured and arranged to be seated within said threaded neck of said squeezable container; and a sealing tube extending upwardly from said base, said sealing tube having a sealing member portion at an upper end thereof; a closure body including: an upper deck; a skirt (122, 122A: 122B) depending downwardly from said upper deck, the skirt (122, 122A: 122B) including threads (123A, 123B) on an internal surface configured and arranged to threadedly engage with said threaded neck, said closure body being rotatably movable relative to said threaded neck; and a flow conduit extending upwardly from said upper deck to provide a flow path from an interior of said closure body to an exterior of said closure body, said flow conduit having a dispensing tip portion, said flow conduit including an entrance orifice and an exit orifice at said dispensing tip portion, said flow conduit having an inner wall extending between said entrance orifice and said exit orifice; an upper deck; a skirt (122, 122A: 122B) depending downwardly from said upper deck, the skirt (122, 122A: 122B) including threads (123A, 123B) on an internal surface configured and arranged to threadedly engage with said threaded neck, said closure body being rotatably movable relative to said threaded neck; and a flow conduit extending upwardly from said upper deck to provide a flow path from an interior of said closure body to an exterior of said closure body, said flow conduit having a dispensing tip portion, said flow conduit including an entrance orifice and an exit orifice at said dispensing tip portion, said flow conduit having an inner wall extending between said entrance orifice and said exit orifice;