With the continuous upgrading of paper product market demand, traditional stamping and mechanical cutting processes in paper mills show limitations in flexible production and special-shaped processing. A large number of customized paper products, personalized packaging materials and special craft paper finished products require more precise and flexible processing methods. Laser cutting machine has become auxiliary processing equipment adapted to the modern production mode of paper mills by virtue of contact-free cutting and flexible pattern conversion features. It can cooperate with conventional paper-making and post-processing procedures to complete cutting, hollowing and shaping of various paper materials, and fit the diversified production layout of paper mills in packaging paper, craft paper and industrial paper processing.
Laser cutting machine adapts to customized and small-batch personalized paper processing working conditions. Many downstream orders of paper mills involve special-shaped paper cards, hollow gift box liners, personalized decorative paper and label paper products, which feature diverse styles and short order cycles. Traditional mechanical cutting needs die opening and tool adjustment, consuming extra time and cost for small-batch production. Laser cutting machine can complete pattern setting and cutting operation through program debugging without customized molds. It can quickly respond to sporadic customized orders, support rapid proofing and batch production of new paper products, and help paper mills expand personalized product service items.
Laser cutting machine is applicable to mass processing of conventional packaging paper and thick paper materials. In the mass production of corrugated cardboard, coated packaging paper and thick gray board paper, the equipment maintains stable cutting state for a long time. It can process regular and irregular outer contours of paper products, with smooth cutting edges that reduce subsequent trimming procedures. The equipment also adapts to the processing requirements of thin special paper such as tissue paper and art paper, avoiding paper tearing and edge warping common in mechanical cutting. It can keep consistent processing effects in long-term continuous operation, matching the large-scale and high-frequency production rhythm of standardized paper products in paper mills.
