Features of the BW Papersystems G-Grafix Rotary Die Cutter
The G-Grafix rotary die cutter provides superior sheet control for all calipers and grades of board including single, double, triple wall, and warped board that can be problematic in other die cutters. Additionally, the G-Grafix Series corrugated rotary die cutter is one of the only machines available that will not mark micro flute board. Learn more about the Rotary Die Cutter’s specific features below.
Lead-Edge Feeder with Extended Feed
The MarquipWardUnited Extended Feed Lead-Edge Feeder combines long wearing urethane feed belts with extreme gripping characteristics, a vacuum table, low crush feed rolls, and an extended stroke to provide registration and maximum sheet control while maintaining physical and aesthetic sheet quality. An optional Variable Stroke Feeder for the G-Grafix Rotary Die Cutter is available to minimize board crush.
Flexographic Print Section
The G-Grafix Rotary Die Cutter’s flexographic print station provides precision control of registration by a harmonic drive register system. Impression, sheet transfer, and ink metering provide the capability to print top quality, value-added process, fine screen, and block work with quick and easy changeover for specific die cutting jobs.
A Legacy of Durability
The Rotary Die Cutter is the heart of the BW Papersystems finishing equipment products. It is part of a line of rugged, durable, and safe products that continue to offer high-quality production, reduce set-up time, and maintain high expectations. The G-Grafix rotary die cutter line embodies the standard of high-performance, accurate feeders, rugged rotary die cut sections, and the ability to continuously handle a wide-range of product designs and configurations.
This vacuum transfer system of this Corrugated Rotary Die Cutter provides constant surface speed for life of the belt. This feature helps with sheet control, minimizes problems of warped board, and enhances print registration. In addition, vacuum transfer maximizes rotary die production for a more efficient process.