Brian Ivens

Slitters and splicers play key roles during the printing or finishing of printed packaging, and it is imperative to keep them in good working order. To do so, many printers turn to preventive maintenance (PM) programs—structured maintenance schedules for specific parts of a piece of equipment.

REWINDERS PLAY AN important roll in today's print shops and can make or break a great print run. For example, registration can be right on the mark, color can be perfect, then Whammo!, during the rewinding process the entire roll can "telescope" into a useless pile of wound-up trash. "Maintaining uptime and reducing downtime on the rewinder has been a goal for some time," said Brian Ivens, manager, sales and marketing, Arpeco. "Quality of design and manufacturing has always been a significant method of providing reliability and dependability with equipment." There are many reasons the rewinding process can be a problem, but knowing what

Focusing on your customers' application parameters—while keeping cost, safety, and simplicity in mind—are important factors in choosing the right slitter for the job. ACCORDING TO "Slitting Techniques, Choosing the Best Method," produced by Tidland Corporation, it may be safe to say there are not many manufacturing industries that handle such a wide array of processed materials as package printing. Most of these materials need to be slit—cleanly, easily, and safely—in most converters' operations. There are three main slitting methods in use and Tidland has come up with a formula to best match the correct slitting method to the application. Easy as 1, 2, 3