To improve the accuracy of carbide blades, you first need to pay attention to the following aspects:

1. Choose high-quality carbide materials. Carbide is a very hard material with good wear resistance and corrosion resistance, and can maintain good tool accuracy during cutting. Therefore, choosing high-quality carbide materials is the key to improving blade accuracy.

2. Control the tool manufacturing process. In the process of tool manufacturing, it is necessary to control the accuracy and process of each link to ensure that the parameters of the tool meet the requirements. For example, controlling the dimensional accuracy, surface quality, angle and sharpness of the tool tip, etc. can effectively improve the processing accuracy of the blade.

3. Reasonably choose the tool structure. The structural design of the blade will affect the effect and accuracy of cutting. Reasonable selection of blade geometry, tip angle, tool material and other parameters can improve the stability and cutting effect of the blade, thereby improving machining accuracy.

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4. Reasonably select cutting parameters. During the use of the tool, cutting parameters, such as cutting speed, feed amount, cutting depth, etc., need to be reasonably selected according to the different workpiece materials and processing requirements. Reasonable cutting parameters can reduce the resistance to chip removal, reduce cutting temperature, and improve cutting accuracy.

5. Check and maintain the cutting tools regularly. Tools will be subject to wear and damage during use. Regular inspection and maintenance of the tools, and timely replacement of severely worn tools can effectively maintain the machining accuracy of the tools.

In general, to improve the accuracy of carbide blades, it is necessary to comprehensively consider factors such as material selection, manufacturing process, tool structure, cutting parameters and regular maintenance, and improve the processing accuracy of the blades through scientific and reasonable means. At the same time, it is necessary to continuously summarize experience in actual work and continuously improve and perfect the design and manufacturing process of cutting tools to ensure that the blades can better meet the processing needs of the workpiece.