Carbide slitting saws are produced through the powder metallurgy process by refractory metal hard compound and bond phase metal. Carbide slitting saws have a big impact on many industries.

On the one hand, the hardness of carbide slitting saws for metal cutting is larger and blade impact resistance is stronger. During industrial cutting, as material feed into the blade, strong friction happens, which will give rise to impact force and corresponding contact force. But for general blades, its performance is lower, especially those blades with many corners. Its ability to be impacted is less, so when using conventional blades, the operator can only cut and process little by little. Carbide slitting saw blades for metal cutting do not have this problem. Carbide circular saw blades for metal cutting keep a great effect on industrial performance and relative security.

On the other hand, carbide slitting saws are also an essential tool in industrial robots. The industrial robot was first born in the United States and is specially designed for workpiece assembly, processing, and processing. It is a multiply joint manipulator or multiplies the degree of freedom machine device for the industrial field. People can control these industrial robots through free programming, and some industrial robots can be guided by sensors. Most of the existing industrial robots are parallel robots, such as triangular robots or serial robots, including multiply axis and SCARA robots. In addition, these robots differ in payload, range, dynamics, and accuracy.

Carbide slotting saws are an irreplaceable tool accessory in modern industrial processing and production. It is largely used in aluminum cutting and slotting, and other many fields.