Employs an ultra-precise, sharpened cutting edge process to achieve seamless fiber cutting, eliminating fiber pulling, lint, and fraying issues, resulting in a smooth and dense cut.
Non-woven fabric fibers are loose and highly resilient. Ordinary cutting tools easily cause fiber pulling, edge lint, and uneven cuts, affecting the appearance and sealing of the finished product.
Medical and sanitary non-woven fabrics require extremely high standards for dust-free cuts and no fiber shedding. Conventional cutting tools cannot meet these high-end clean production standards.
Elastic and laminated non-woven fabrics are prone to stretching and deformation during cutting, and cuts may stick together, resulting in low yield rates in mass production.
During high-speed rewinding and cutting, fiber residue easily accumulates on the cutting tools, requiring frequent machine stops for cleaning and disrupting production.
Employs an ultra-precise, sharpened cutting edge process to achieve seamless fiber cutting, eliminating fiber pulling, lint, and fraying issues, resulting in a smooth and dense cut.
Mirror polishing and anti-sticking technology ensure a smooth, residue-free surface, suitable for clean production environments in medical and maternal and infant hygiene products, meeting dust-free cutting standards.
Optimized knife angle design and shearing gap make it compatible with all types of nonwoven fabrics, including spunbond, meltblown, and spunlace, preventing stretching deformation and cut adhesion.
Made with high-quality special steel, it is less prone to material accumulation and jamming, supporting long-term high-speed continuous cutting without frequent shutdowns for cleaning.
Clean-grade slitting effect, perfectly suited for the production of high-end medical masks, diapers, surgical drapes, and other hygiene materials;
Uniform fiber breakage and no burrs, significantly improving the yield and quality of finished nonwoven fabrics;
Excellent anti-sticking and anti-accumulation properties, strong production line continuity, and significantly improved mass production efficiency;
Precisely adaptable to both thin and thick industrial nonwoven fabrics, offering extremely high versatility.