Ultra-Thin Circular Blade

Minimum cutting resistance: Ultra-thin circular blades are designed to minimize cutting resistance and are suitable for application scenarios with special requirements for cutting resistance, such as slitting of pastries, paper, film, gold, silver foil, aluminum foil, copper foil and other items. ‌

Maximum wear resistance: This blade has excellent wear resistance and can remain sharp during long-term use, reducing the frequency of frequent replacement due to blade wear, thereby reducing costs. ‌

High precision: Ultra-thin circular blades have strict requirements on precision during the manufacturing process, ensuring their application in high-precision processing. For example, when circular blades are used in copy milling cutters, the thickness tolerance can be guaranteed to reach ±0.005mm, meeting the needs of precision processing. ‌

High efficiency: Circular blades have more available cutting edges, and the material removal is at least twice that of ordinary diamond and square blades. This advantage can reduce the number of times the operator changes blades, and improve work efficiency and economy. ‌

Good surface processing quality: Using circular blades for processing can obtain better surface processing quality, and the surface residual height is low. Semi-finishing or even finishing can be performed directly without additional processing steps. ‌

In summary, ultra-thin circular blades are widely used in many industries due to their unique design and excellent performance, including but not limited to ceramics, printing machinery, papermaking industry, wood processing, food packaging and other fields.