Employs a low-resistance, curved knife design combined with ultra-precision polishing, ensuring a scratch-free and indentation-free slitting process, perfectly protecting the printed coating and color-printed patterns;
Slitting of printed packaging and paper-plastic composite materials for cardboard boxes easily results in indentations, scratches, and ink smudging, damaging the integrity of the printed pattern and leading to a high scrap rate.
Thick, stiff packaging paper and laminated color box materials experience high slitting resistance, making ordinary cutting tools prone to chipping and dulling, resulting in rough cuts and dimensional deviations.
High-speed rewinding and slitting of roll packaging materials easily leads to uneven tension, causing wrinkles, off-center cuts, and material breaks, affecting mass production stability.
The packaging industry deals with a wide variety of materials and specifications in its orders; traditional cutting tools have poor versatility, requiring frequent tool changes and resulting in low production efficiency.
Employs a low-resistance, curved knife design combined with ultra-precision polishing, ensuring a scratch-free and indentation-free slitting process, perfectly protecting the printed coating and color-printed patterns;
Uses a high-strength alloy base material, enhancing the knife's impact resistance and chipping resistance, suitable for high-intensity shearing of thick, hard packaging materials, producing a smooth, burr-free cut;
Customizes the knife's curvature and shearing angle to match the tension parameters of the packaging slitting equipment, balancing high-speed rewinding tension and eliminating wrinkles, off-center cutting, and material breakage;
Standardized, universal knife system compatible with various packaging substrates such as paper packaging, plastic film packaging, paper-plastic composites, and hot stamping materials, reducing knife change frequency and machine setup wear.
Zero-damage cutting of the printed surface significantly reduces the scrap rate of color-printed packaging and improves the yield of finished products;
High strength and impact resistance, suitable for heavy-duty, high-speed packaging mass production conditions, with tool stability far exceeding that of ordinary products in the industry;
Versatile for multiple materials, adaptable to the complex order production needs of the packaging industry, improving production flexibility and efficiency;
Long-term high-speed operation without loss of precision, continuously ensuring the standardization of packaging product dimensions.