SANDON LAUNCHES ANILOX TECHNOLOGY FOR FLEXO HD

13 November 2015

SANDON LAUNCHES ANILOX TECHNOLOGY FOR FLEXO HD

Anilox roll manufacturer Sandon Global Engraving has announced the development of Fluid, a new anilox roll technology consisting of a semi-channelled engraving which allows an easier and controlled flow of ink between cells. A development driven by the increased use of HD plates, Fluid is available in three versions for use with UV and water-based inks in narrow, mid and wide web printing applications including labels, flexible packaging and corrugated board.

Commenting on the development, Managing Director John Millington explains "Fluid is optimised for HD quality printing and features a more robust cell formation that enables increased line counts. Higher line counts provide increased print quality and ink control making Fluid ideal for printing with HD plates, permitting good solids and tonal areas to be combined on one plate. This is in contrast to 60 degree engravings that are only capable of offering either a high volume or high line count, but not both.
This greater print latitude means anilox roll inventory can be reduced and improves print consistency and press efficiency as well as increasing the life span of the roll itself due to faster ink release characteristics. The open nature of the cells also facilitates cleaning of the anilox which is especially important when using coatings or inks such as whites."

The new Fluid cell engraving combines to resolve or eliminate printing issue such as pin-holing, ink spitting, ink starvation and scoring contributing to new levels of consistency, colour and print quality comparable to gravure or offset.




Privacy Policy
We have updated our privacy policy. In the latest update it explains what cookies are and how we use them on our site. To learn more about cookies and their benefits, please view our privacy policy. Please be aware that parts of this site will not function correctly if you disable cookies. By continuing to use this site, you consent to our use of cookies in accordance with our privacy policy unless you have disabled them.