In high-speed printing and paper converting processes, paper wrinkles are one of the most common and costly quality issues. Wrinkling not only affects product appearance but can also lead to print defects, web breaks, machine downtime, and material waste.

Modern printing and paper production rely heavily on vacuum technology to ensure precise material handling, stable printing quality, and efficient production workflows.

The rapid evolution of digital printing—particularly high-speed inkjet—has transformed the printing industry. Unlike traditional analog methods, digital presses must maintain precise substrate control while accommodating variable data, frequent job changes, and ever-increasing production speeds.

In modern paper manufacturing, efficient water removal is essential for improving production speed, paper quality, and energy efficiency. During the papermaking process, the forming and press sections are responsible for removing the majority of water from the pulp slurry before the sheet enters the drying stage.

In modern printing and paper converting lines, productivity and precision depend heavily on reliable material handling. From high-speed cutting machines to automated stacking systems and post-press finishing equipment, vacuum technology plays a critical role in stabilizing sheets, removing debris, and ensuring smooth workflow.