There are several essential techniques for diamond cutter tools in foreign trade. Even if the cutting tool is grooved, the cutting tool will be different based on the grooving. The same characteristics and different styles of car bodies will also have different machining trajectory systems, making the cutting tool more labor-intensive, labor-intensive, and labor-intensive. At the same time, diamond cutter tools can be selected due to their good and fiber properties.
In society, the Knife Father brand is used to produce cutting tools. Whether it is diamond turning tools or samples of difficult to cut materials, there are difficulties in areas containing sulfonic acid tools.
The cost of manufacturing tools is relatively high, and while providing cutting material for the tool father, it will also increase the cutting material for the tool father.
There are many brands of cutting tools, and each turning process has many different requirements. We can choose the corresponding turning tools according to the cutting requirements. The application of cutter turning makes the fuel utilization for tool processing smoother, and at high speeds, the tool is prone to clogging, which can cause burrs during cutting.
The design of cutter turning involves five aspects: firstly, it affects key metal processing processes from viewpoint to feed, such as extremely small radial coating drills, enhancing surface quality and heat resistance. Going further down, Daofu manufactured TiBlN based hard alloy, greatly reducing production costs. The TiBlN based hard alloy produced by Daofu has excellent self centering effect. TiAlN based hard alloy is known for its unique technology of tungsten carbide based hard alloy, with a process usage rate of 10-15m/min and good tool life under normal cooling conditions. The tool life is long, especially for TiAlN based hard alloys, which have a lifespan that is twice that of traditional tools. The tool life of TiAlN based cemented carbide is 20-3 times that of class, especially in the field of efficient precision machining of traditional single crystal cutting tools, especially TiAlN based cemented carbide.
The TiCHI hardness produced by the cutter father is greater than or equal to 15, and the service life of the welded milling cutter is higher than that of tungsten carbide. The hardness is ≤ μ m。 The strength of the cutter bar is greater than the deformation diameter, resulting in high impact strength and no spark impact. The maximum rotational speed can be increased, and the drilling diameter is smaller than the end milling cutter, so it has high impact efficiency. The blade is slender and has a sharp edge.
