xpedx Spotlights Ryobi 920 Multicolor Press in Marketing Campaign
CINCINNATI, OH—September 13, 2010—xpedx said it has launched a North American campaign to demonstrate the profit, productivity and cost advantages of the Ryobi 920 series 8-up multicolor offset press. The 25x36˝ Ryobi 920 is said to deliver the lowest total cost of ownership and the lowest cost-per-printed sheet in 8-up, 16-page full-bleed signature printing. xpedx sells Ryobi presses to commercial and in-plant printers in the U.S. and Canada.
Total lifetime costs—primarily purchase price, labor, utilities, consumables costs as well as maintenance and repair costs—are comparable with most half-size presses in production today and are well below total costs of 8-up 40˝ models, the company said.
Ryobi is the only press manufacturer worldwide that makes an 8-up, 36˝ press in 4-, 5- and 6- color models. More than 250 cost-efficient, high-growth print companies across the Americas, Europe and Asia use Ryobi 920 presses.
Five- to 10-minute makereadies, world-class print quality, plate changers, CIP4-JDF compatibility, spectrophotometry, a retractable aqueous or UV coater and LED-UV print capabilities and other features make the Ryobi 920 highly competitive with comparably equipped 6- and 8-up offset presses.
The Ryobi 920 is competitive with digital printing on a total production cost per-sheet basis, even at short runs, but also complements digital print platforms because it gives printers the superior print quality and speed that only top-tier offset printing technology can deliver.
“With a Ryobi 920 series press, printers get a full-size machine that can run a full-size sheet at significantly lower total ownership costs of 40" equipment,” says Don Coggswell, national sales manager for sheetfed offset presses at xpedx.
He said the xpedx printing equipment sales team is demonstrating how the 16,000-sheet-per-hour Ryobi 920 bests full-size presses with its lower purchase price, and on average 17% lower consumables cost, 35% less energy consumption and more efficient use of press operator time.