XLT Anilox Technology
800 ls/2.09 bcm

Micron Accuracy

XLT™ digital technology was developed for precisely transferring thin ink films with micron accuracy. We recommend and guarantee that when you work with the strongest, thinnest films of ink you can buy, while also accounting for the functional properties needed in its final use, you will get the best ink mileage, best print quality, easiest impression set-up, and you'll get it at the most consistent levels possible.

For best results, choose the lowest possible volume (thinnest ink films) needed to achieve color and match with highest XLT™ line screen (XVR™ in certain situations). Contact Harper Technical Service regarding any questions.

XLT™ (Xtreme Laser Technology) Anilox and Coating Roll System, digital transfer technology, is now in operation at all four of its manufacturing facilities around the globe: Charlotte, N.C.; DePere, Wis.; Herford, Germany; and Bangkok, Thailand.

The new XLT™ anilox rolls are now available to customers worldwide, and, the company backs the product with a guarantee in writing that customers will be 100% satisfied with the new rolls' print quality. Harper has invested over $5.3 million in the development and installation of its exclusive XLT™ laser technology. In addition, this has paved the way for a new product, known as XVR™, which is indicating strong promise in the marketplace for combination printing.

XLT Anilox Technology
800 ls/2.09 bcm

Engraving

In order to maximize the benefits Harper’s XLT™ Digital Technology, understanding the basic concepts behind specifying your anilox is critical. Digital XLT™ engraving technology results yields advance cell profiles in comparison to traditional YAG (Yttrium Aluminum Garnet) and CO2 technology.

Harper’s XLT™ Digital Technology delivers the best of both worlds: greater volume and better transferability. The new cell profile enables the digital engraving of aniloxes at higher cells per inch with greater volumes. The results when combined with the ongoing technological advancement in the Flexographic industry is unprecedented graphic fidelity.

Ratio of Cells to Polymer Dot

When calculating the proper ratio of cells per inch to support your minimum desired polymer dot, remember the 6:1 ratio. A 2% Dot requires 900 cells per inch to maintain 150 line per inch printing. This ratio minimizes overloading the smallest dot with too much ink which would result in dot bridging and a perceived “dirty print”. Combined with advancements in polymer, inks and presses, some of our customers have achieved ratios of 8:1 when using XLT™ engraved rolls and UV inks.

Echotopography™ Digital Volume (EDV) Chart Imperial/Metric
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Order EchoExpress ™ anilox rolls by noon and Harper will XLT ™ engrave to your specifications, and ship to you within 24-48 hours. All of the anilox base cores are held in EchoExpress ™ stock. Choose from 35 of the most common narrow web press models.

Click here to view the EchoExpress™ inventory
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