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A pouch for receiving loose items comprising a body having an outer surface and an inner cavity and a cord located on the outer surface for trapping loose items between the cord and the outer surface. The pouch further includes a stiffening element extending substantially about the perimeter of the

A pouch for receiving loose items comprising a body having an outer surface and an inner cavity and a cord located on the outer surface for trapping loose items between the cord and the outer surface. The pouch further includes a stiffening element extending substantially about the perimeter of the body.

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A pouch for receiving loose items comprising a body having an outer surface and an inner cavity and a cord located on the outer surface for trapping loose items between the cord and the outer surface. The pouch further includes a stiffening element extending substantially about the perimeter of the

A pouch for receiving loose items comprising a body having an outer surface and an inner cavity and a cord located on the outer surface for trapping loose items between the cord and the outer surface. The pouch further includes a stiffening element extending substantially about the perimeter of the body. adiation source to the inks; and a lens that transmits radiation from the radiation source on the inks such that a viscosity of the inks is changed without fully curing the inks, wherein the lens reflects heat generated by the radiation source such that a media is not altered by the heat. 14. An illuminator as defined in claim 8, wherein the curing means comprises a cure reflector mounted within the housing, wherein the cure-reflector reflects radiation to the inks such that the inks are fully cured.15. An illuminator as defined in claim 8, wherein the housing is configured to be connected with print heads of the printing system.16. An illuminator as defined in claim 8, wherein the pre-curing means comprises at least one of: a parabolic mirror; a parabolic mirror; an elliptic mirror; a mirror; a lens; and a prism. 17. An illuminator as defined in claim 8, wherein the pre-curing means is positioned within the housing at a position that is further away from the radiation source than the curing means such that the pre-curing means directs less intense radiation to the inks.18. In a printing systems that uses UV inks, a method for printing the inks on a media that reduces the tendency of wet UV inks to run or merge and that prevents the UV inks from being printed in more than one fully cured layer, the method comprising: for each ink, pre-curing the wet ink that has been printed on the media such that a viscosity of the inks is changed without fully curing the ink, wherein each ink is pre-cured by an illuminator that reflects radiation to each ink using a pre-cure reflector, wherein all the inks form a single layer of ink on the media; and after all the inks have been pre-cured, curing the single layer of ink with the illuminator that reflects radiation to the single layer of ink using a cure reflector, wherein the radiation reflected by the cure reflector is more intense than the radiation reflected by the pre-cure reflector. 19. A method as defined in claim 18, further comprising printing each ink on the media.20. A method as defined in claim 18, wherein pre-curing the wet ink that