With the continuous development of science and technology, CNC vertical lathes are playing an increasingly important role in the field of mechanical processing. In the processing process of CNC vertical lathe, turning diameter is one of the very important indicators. Next, we will introduce the turning diameter of CNC vertical lathe in detail.
First of all, we need to understand what a CNC vertical lathe is. CNC vertical lathe, simply put, uses a computer control system to achieve precise processing of workpieces by a lathe. Compared with traditional lathes, CNC vertical lathes have higher processing efficiency, higher precision, and better stability, and can meet various processing needs.
Turning diameter is one of the important parameters to measure CNC vertical lathe processing capabilities. The so-called "turning diameter" refers to the maximum diameter size that can be processed by CNC vertical turning. Usually, the CNC vertical lathe turning diameter is the maximum protrusion size of the index rod blade. The size of this size determines the maximum diameter that the CNC vertical lathe can process, and is also an important factor in measuring the performance of the CNC vertical lathe.
So, what factors are related to the size of CNC vertical lathe turning diameter? Mainly include the following points:
1. Main bearing capacity: The main bearing determines the load-bearing capacity of the machine tool and also determines the size of the turning diameter.
2. The size of the turret: The size of the turret directly affects the length and diameter of the tool, which in turn affects the maximum diameter that can be processed.
3. Lifting capacity of the workbench: The greater the lifting capacity of the workbench, the larger the workpiece can be processed, thus increasing the turning diameter.
4. Hardness of the processing material: The greater the hardness of the processing material, the greater the processing force and cutting force required, which will affect the size of the turning diameter.
Based on the above factors, we can draw a conclusion: the turning diameter of CNC vertical lathe is closely related to the equipment performance of the machine tool. Therefore, when purchasing a CNC vertical lathe, you must fully consider your own processing needs and welfare budget, and choose a CNC vertical lathe equipment with stable performance and suitable for your own processing needs, in order to better improve production efficiency and quality.
In addition to the factors of machine tool equipment, we should also pay attention to the following points in daily turning operations to ensure the accuracy and stability of the turning diameter:
1. Choose the appropriate turning tool: Choose the appropriate turning tool according to the different characteristics and materials of the workpiece.
2. According to the situation during the machining process, reasonably adjust the number of cutting edges of the turning tool, the amount of spray fluid and other parameters to ensure the stability of the turning process.
3. During the processing, the accuracy of the turning diameter should be detected in time to adjust the process parameters in a timely manner.
4. Actively maintain and maintain turning tools, and replace damaged tools regularly to ensure the accuracy of turning diameter.
Turning diameter is a very important parameter in the CNC vertical turning process. We need to fully consider the performance factors of machine tool equipment, and at the same time actively carry out operation and maintenance during the processing process to ensure the accuracy and stability of the turning diameter, thereby improving processing efficiency and ensuring processing quality.