Comparison and discussion on the processing difficulty of tungsten carbide circular blades and sawing blades

Carbide circular blades and sawing blades play an important role in the field of machining. However, 

there are obvious differences in their processing difficulty. This article will discuss the processing 

difficulty of carbide circular blades and sawing blades to help us better understand the characteristics 

of these two tools.

Comparison and discussion on the processing difficulty of carbide circular blades and sawing blades

1. The processing difficulty of carbide circular blades. Carbide round blades have the characteristics of 

high hardness and high wear resistance, so their processing difficulty is relatively low. During the 

machining process, the main focus is on the control of cutting speed, feed and other parameters to 

ensure the stability and accuracy of cutting. At the same time, the manufacturing process of carbide 

circular inserts is relatively mature, and it can be processed with high efficiency and high precision 

through professional machine tools and cutting tools.

2. The processing difficulty of the sawing blade. In comparison, sawing blades are more difficult to 

process. Due to its jagged structure, multiple parameters need to be controlled to achieve stable sawing 

results. During the manufacturing process, the material selection and heat treatment process of the 

sawing blade is relatively complex and requires multiple processes of processing and heat treatment to 

ensure the stability and reliability of its performance. In addition, sawing blades need to withstand large 

cutting forces and impact forces during processing, so the requirements for machine tools and cutting 

tools are also high.

3. Comparison of processing difficulty. In summary, there is a significant difference in the processing 

difficulty of carbide circular blades and sawing blades. The processing difficulty of carbide round blades

elatively low, while the processing difficulty of sawing blades is relatively high. In practical applications, 

it is necessary to select the appropriate tool type according to the processing requirements, and use 

professional machine tools and tools for processing. At the same time, with the continuous 

advancement of technology and the continuous improvement of processing requirements, the 

processing difficulty of these two types of tools will be further reduced in the future, providing better 

support for the development of the mechanical processing field.