SEYPA PERFECTA 115 PAPER CUTTER 18 000 EUR SALE

Equip your commercial bindery or print shop with the legendary Perfecta 115 Paper and Cardboard Cutter. If you are looking for a reliable paper guillotine cheap for sale, this heavy-duty machine is the ultimate solution. Boasting a highly capable 115 cm cutting width, it is designed for the absolute precision trimming of thick paper stacks, solid cardboard, and rigid packaging substrates. Featuring an immensely powerful hydraulic press and a razor-sharp cutting blade, the Seypa 115 guarantees perfectly square, clean edges for high-volume commercial print jobs.

Industrial paper cutting is a foundational step in print finishing. Whether trimming large press sheets before printing or cutting final products to size, a heavy-duty guillotine is vital to the commercial print workflow.

1. The Printing Process

The manufacturing process almost always begins on a large-format offset lithography or digital press. Because it is more efficient to print multiple small items (like business cards, flyers, or box blanks) on a single large sheet of paper or cardboard, the output of the press is a stack of oversized, "multi-up" printed sheets.

2. Print Finishing (The Guillotine Cutting Process)

Before these sheets can be folded or die-cut, they often need to be squared or separated. This is where this heavy-duty machine performs its task:

• Loading & Alignment: A thick stack of printed sheets is placed onto the machine's flat air-table. The operator uses a motorized "backgauge" to push the stack forward to the exact required dimension.
• Clamping: A massive hydraulic press lowers onto the stack, applying tons of pressure to compress out any air and hold the paper completely immobile.
• Cutting: A heavy, angled steel blade slices down through the stack in a single, smooth stroke. This ensures every sheet in the stack has a perfectly straight, razor-clean edge.

3. The Die Cutting & Folding Process

Once the large sheets have been cut down to manageable, perfectly squared sizes by the guillotine, they move to the next stage. If the product requires a complex shape (like a folding carton or presentation folder), the squared sheets are fed into a flatbed die cutter, which punches out the specific contour and creases the fold lines. Finally, folder-gluer machines assemble the blanks into finished 3D products.