CNC vertical lathe is a mechanical cutting tool commonly used in recent years and has been widely used in the industrial field. Its advantages are high efficiency, accuracy and stability, making processing easier. However, during use, we need to pay attention to many aspects, including the amount of knife taken. So, what does the cutting capacity of a CNC vertical lathe have to do with?
1. Material hardness and material properties: When CNC vertical lathes process different materials, the hardness and material properties of raw materials such as steel, aluminum, and copper need to be considered. Different materials need to determine the cutting amount according to different situations to make the processing effect more ideal.
2. Tool structure: Tools are an important part of CNC vertical lathes. Knives with different shapes and handle types will also have different cutting capacities. Different tool structures require different parameters to be set to ensure the stability of the cutting effect.
3. Lathe method: CNC vertical lathe has different lathe methods, including vertical, horizontal, single-axis, etc. Different cutting methods should be chosen under different circumstances in order to obtain a better amount of knife bite.
4. Processing accuracy: The cutting amount will be affected by the processing accuracy, because the processing accuracy is a core element in the CNC vertical lathe process. To ensure high processing accuracy, technicians need to use equipment to accurately debug various parameters to achieve ideal processing results.
In short, the cutting amount of CNC vertical lathe is related to factors such as material hardness, tool structure, lathe method, and machining accuracy. During the production process, we need to make adjustments based on actual conditions to ensure production efficiency and product quality levels.