BOTTOM CUTTER

LUTZ Blades TIN Coated are crafted to deliver long-lasting performance and reliability in demanding cutting applications. The Titanium Nitride (TIN) coating provides an ultra-hard surface that resists wear, reduces friction, and ensures smoother cutting with less effort. This coating not only increases the sharpness but also extends the overall lifespan of the blades, reducing replacement frequency.

Engineered with precision, these blades are trusted across industries where accuracy and durability are essential. Whether for industrial manufacturing, packaging, or specialized applications, LUTZ Blades TIN Coated deliver consistent results, improved efficiency, and excellent value for professionals who need superior cutting tools.

Ceramic Blades are engineered to provide exceptional sharpness and longevity compared to traditional steel blades. Made from advanced ceramic materials, these blades are highly resistant to wear, corrosion, and heat, ensuring reliable performance even in demanding applications.

Their lightweight yet robust design allows for smoother, cleaner cuts with reduced friction, making them suitable for industries such as packaging, textiles, film processing, and specialty manufacturing. Unlike conventional blades, ceramic blades maintain sharpness longer, require less frequent replacement, and deliver consistent cutting quality — resulting in improved efficiency and cost savings.

Core / Crush Cutters are robust cutting tools engineered for demanding industrial applications where precision and strength are essential. Built with high-quality materials, these cutters are designed to handle tough cutting jobs such as slitting and trimming paper, plastic film, laminates, aluminum foil, and other rolled or layered substrates.

Their sturdy construction ensures consistent performance, longer service life, and reduced downtime in production lines. Core / Crush Cutters are widely used in packaging, printing, textile, and converting industries, where clean and efficient cuts improve product quality and operational efficiency.