Flint Group Flexographic Products has released a new high durometer plate designed for the nyloflex NExT exposure technology, for printing of flexible packaging and labels.
Developed for the efficient creation of flat top dots and an excellent reproduction of surface screenings, the new plate shows an outstanding quality in highlight areas due to a stable reproduction of the finest highlights and smooth vignettes. According to the company, it allows for a reduced bump-up, while reaching the first tonal values of e.g. 0.8 to 1.2% at 60 L/cm, hence increasing the image contrast.
The ink lay-down can be significantly improved and a high solid ink density achieved when surface screens are applied. The result is a brilliant print performance on film, foil and coated paper substrates.
The short exposure and quick washout times enhance the productivity of plate processing. The new printing plate enables one to exploit the full potential of the nyloflex NExT exposure technology.
Flat top dots are less impression sensitive, enabling less dot gain variances on press. With the nyloflex NExT exposure technology, no additional processing steps, such as lamination, or additional auxiliaries are required, thus making it a more cost effective option.
Although the nyloflex NEF Digital plate is especially designed for high-output UV LED exposure, it can also be exposed with regular tube light units. Compared to other digital plates in the market, additional benefits can be generated when the nyloflex NEF Digital plate is exposed with conventional tube light: the new plate is able to reproduce flat top dots with surface screening patterns. Though being less distinct than with the nyloflex NExT exposure, these screens enable one to achieve a more even ink lay down than reached when regular digital plates are used.
In addition, nyloflex NEF Digital plates require a lower bump up, which allows for the increase of grey levels in printing and the capability to increase the image contrast as compared to regular digital plates in the market.
