Bernal Folding Carton Dies
We manufacture a complete line of folding carton dies for both in-line and off-line use (with nearly any type of printing press or OEM cutters).
We pride ourselves on folding carton rotary tooling designed to provide clean-cut and precise creased/scored product or web.
We’re in the business of supplying total converting systems, so we have a complete understanding of the die requirements for the industry. This includes working with you and your team on designing new applications for the ever-evolving folding carton industry.
What Are the Benefits of Our Folding Carton Dies?
- Fastest changeovers in the industry
- Highest speeds
- Reduced scrap rates
- Increased press capacity
- Lowest cost-per-thousand
- Expert die maintenance, repair, and service
Flexible vs. Solid Rotary Dies. What’s the Difference?
There are two types of rotary dies: flexible and solid. Rotary die cutting involves either a flexible or solid rotary die. These dies are both cylindrical dies. A flexible die is made of a thin sheet of steel, and wraps around a magnetic cylinder. A solid die is a solid steel cylinder, and is traditionally used in more long run applications for extended die life. Bernal develops solid rotary dies for converting and product manufacturing applications throughout many industry sectors.
Bernal Rotary Die Cutting is essentially a process that can cut or form materials into virtually any shape. Technological developments have expanded the processes that a rotary die configuration can perform. Die cutting is a primary go-to process in the material...read more
Rotary die cutting is a versatile fabrication process employed in a wide array of manufacturing sectors to precisely and efficiently cut, form, and shape a wide variety of materials ranging from paper to plastic, and from metal to edible food products. Rotary dies...read more
We had the pleasure of contributing to the March 2019 issue of FLEXO Magazine, on helping open the communication for printers when specifying dies for a folding carton project. The variability of modern converting technologies has significantly increased the...read more