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Wind-cut machinery thread processing is one of the most mainstream uses of thread processing methods. It has been widely used in the process of thread cutting, during which the power of wind-cut cutting is to separate the material away from the surface of workpiece by the power of high-speed rotating cutting tools. With its strong cutting power, it can easily and quickly cover the surface of threads and other structures.
Among the commonly used thread processing methods, wind-cut threading has many advantages, such as high efficiency, strong machining capability, simple structure, low cost and convenient operation. Wind-cutting slotting can reach a high processing precision, improve the thread form accuracy of processing parts, and can be used in machining of different materials, such as machine steel, stainless steel, carbon steel, cast iron and nonferrous metals. However, the processing accuracy required for wind-cut threading is not as high as that of CNC processing, and wind-cut slotting can produce a certain degree of thread accuracy.
The cutting volume used in wind-cut threading processing is mainly related to the type of material, cutting speed and other settings, so it is necessary to set these data correctly before the processing begins. Generally speaking, the cutting volume is usually adjusted according to the geometric size and hardness of the workpiece.
The cutting amount used in wind-cutting slotting for thread cutting should be determined through a number of questions. First of all, we should make sure the type of material to be processed, as different materials require different cutting amounts. At the same time, we have to determine the speed and other settings related to cutting. Usually, the settings should meet the requirements of the workpiece geometry size, mechanical property and process precision. For example, if the workpiece has a large geometry size, the cutting amount should be increased accordingly to obtain the desired processing accuracy, but the cutting amount should be reduced if the cutting speed is increased.
In order to ensure the normal processing of wind-cut threading, the correct setting of cutting amount is essential. Generally, the minimum cutting amount is equal to the radial rake of the blade, and the maximum cutting amount is usually equal to twice the larger radius rake of the blade. However, it should be noted that if the workpiece material is harder than normal, the cutting amount should be adjusted accordingly.
In conclusion, the cutting amount used in wind-cut threading processing is of great importance. It should always be determined according to the correct application requirements, so as to obtain the expected results in the process of thread cutting.
