Ceramic cutting tools can be machined in the following ways, showing its superiority:


1,  machine tool traditional hard machining or no machining of high-hard  materials, such as hardness HRC65 of all kinds of hardened steel and  hardened cast iron, which can be exempted from the electricity consumed  annealing process; and thus also improve the hardness of the workpiece, extend the life of machinery and equipment;


2, not only high hardness material roughing and finishing, but also  for milling, planing, intermittent cutting and rough pulling force  shortage roughing impact such a large processing;


3, the tool life several times higher than traditional tools or even  several times, reducing the processing tool change times, to ensure  small taper workpiece to be machined and precision;


4, can achieve high-speed cutting or "In the car, milling and  grinding", cutting efficiency 3-10 times higher than traditional tools,  to save hours of work, electricity, machine number 30 to 70% or higher  effect.


Ceramic  cutting tools suitable for processing a variety of materials the  following products: ① high manganese steel, ② high chromium, nickel,  molybdenum alloy steel, ③ chilled cast iron (HS80 ~ 90), ④ various types  of hardened steel (HRC55 ~ 65), ⑤ various  types of cast iron (HB200 ~ 400), etc., and in the domestic automobile  (gears, flywheels, shafts, bearings and other processing), roll, slurry  (impeller, scroll, shield, sheath and other processing), mold, cylinder sets  and other industries widely used to solve the various industries of  high hardness cutting difficult materials, and improve work efficiency,  saving significant processing time and power, access to a huge economic  benefits.