Utilizes nano-level mirror polishing technology, resulting in an extremely sharp and smooth cutting edge, achieving zero scratches and zero cracks in flexible slitting, and eliminating damage from stretching deformation of thin-film aluminum foil;
PET, PE, BOPP films and aluminum foils are extremely thin and highly tough; ordinary cutting tools easily stretch and deform them, causing scratches and micro-cracks.
Products such as optical films have stringent requirements for surface flatness and flawlessness; even minor burrs or scratches can lead to batch scrap.
During high-speed slitting of films and aluminum foils, even slight vibrations of the cutting tool can cause uneven edges and wavy edges, making precise dimensional tolerance control difficult.
Soft aluminum foil is prone to sticking to the cutting tool and wrinkling; traditional cutting tools cannot achieve high-speed, high-precision, and flawless continuous slitting.
Utilizes nano-level mirror polishing technology, resulting in an extremely sharp and smooth cutting edge, achieving zero scratches and zero cracks in flexible slitting, and eliminating damage from stretching deformation of thin-film aluminum foil;
Customized cutting edge structure eliminates high-speed operating vibration deviations, ensuring a vertical and flat cut edge without wavy edges, with micron-level strict dimensional tolerance control;
Made of a special high-hardness alloy material, with uniform hardness and extremely strong cutting edge stability, suitable for the stringent production standards of high-value-added materials such as optical films, electronic films, and pharmaceutical aluminum foil;
Optimized shearing gap and cutting edge angle specifically for soft materials solve problems such as aluminum foil sticking to the knife, wrinkling, and curling, achieving flawless mass production throughout the entire process.
Meets the ultra-precision slitting standards for high-end thin-film aluminum foil in electronics, optics, food, and pharmaceutical industries.
Maintains stable dimensional accuracy under high-speed operating conditions, completely resolving industry-specific problems such as wavy edges, off-cutting, and micro-cracks.
Flexible slitting technology protects the material's functional layers, preserving the film's optical properties and the aluminum foil's barrier properties.
Offers an ultra-long service life, resisting wear and passivation under high-precision conditions, significantly reducing production costs for high-end materials.
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