Flint Group says the nyloflex NExT exposure technology utilizes a high intensity UV-A-LED light source to conduct rapid crosslinking of the photopolymer surface before oxygen inhibition can occur, resulting in a flat top dot structure on the printing plate and a virtual 1:1 image reproduction from the digital file to the finished plate.
"This technology is unique in that it does not require any additional consumable items or steps, so it can easily be incorporated into the existing digital workflow," the company says. "The high level of UV emission leads to a significant improvement in the reproduction of the fine relief elements. When combined with high resolution surface screening, the resulting surface texture of the flat top dots provides an optimal surface to enhance ink laydown, ink density, and consistency in printing."
“Besides consolidation of press consumables, printers also point out the savings on ink consumption, which is two fold” notes A.J. Grome, VP sales & marketing of E.C. Shaw. “Our customers found that they can either use a lower anilox volume with their same, standard base/varnish ratio, or they can further extend the ink with additional varnish, thereby stretching out the use of costly pigments,” explains Grome. White ink is often used in packaging as a background to cover the transparency of the film package and hide the visibility of the contents. The ability of the plate to apply a smooth yet thin ink film but with high opacity is of particular importance when printing with white, due to the high cost of the white pigment, titanium dioxide.
“The ability to obtain the same or greater white opacity with less ink and no pinholing saves the printer money, and we at E.C. Shaw are proud to implement a technology, which not only provides benefits to our internal prepress work flow, but also affords the printer cost savings, increased consistency and ease of use,” Grome adds.