To improve the processing efficiency of CNC vertical lathes, we need to start from many aspects, including but not limited to the following measures:

1. Reasonable selection of workpieces and processes: Carefully analyze the parts that need to be processed by the CNC vertical lathe, and clarify their materials, structural characteristics and technical requirements. On this basis, CNC vertical lathe selects reasonable milling technology and simple processing routes. This helps reduce unnecessary processing steps and improve processing efficiency.

2. Optimize tool and tool selection: The selection of CNC vertical lathe tools and tools has an important impact on processing efficiency. Tools with high hardness, high wear resistance, sufficient strength and toughness, high heat resistance and good manufacturability should be selected. At the same time, the CNC vertical lathe optimizes tool parameters so that the size of the tool is compatible with the surface size and shape of the workpiece. Using high-quality cutting tools and tools can significantly improve machining efficiency.

3. Adjust cutting parameters and cutting conditions: CNC vertical lathe adjusts parameters such as cutting speed, feed amount and cutting depth according to the workpiece material and processing requirements to achieve the best cutting effect. At the same time, keep the cutting fluid clean and sufficient to reduce cutting temperature and increase tool life.

4. Reduce non-cutting time and auxiliary operations: CNC vertical lathes reduce non-cutting time and auxiliary operations by optimizing programs, reducing the number of tool changes, and improving the reliability of automatic tool change devices. In addition, rational use of the automatic measurement and compensation functions of CNC vertical lathes can reduce manual intervention and improve processing efficiency.

5. Improve the rigidity and stability of machine tools: The rigidity and stability of CNC vertical lathes are crucial to processing accuracy and efficiency. The rigidity and stability of the machine tool can be improved by improving the structural design of the CNC vertical lathe, adding stiffeners, optimizing the layout, etc.

6. Strengthen maintenance and upkeep: Carry out regular maintenance and upkeep on CNC vertical lathes to keep the machine tools in good condition. This includes cleaning machine tools, inspecting fasteners, replacing wear parts, lubricating machine tools, etc. By strengthening maintenance and upkeep, the service life of machine tools can be extended and processing efficiency improved.

7. Training and improving operator skills: The skills and experience of CNC vertical lathe operators have an important impact on processing efficiency. Through training and practical operations, operators should improve their understanding and mastery of machine tools and processes, so that they can operate machine tools skillfully and accurately and improve processing efficiency.

To sum up, improving the processing efficiency of CNC vertical lathes requires starting from many aspects, including rationally selecting workpieces and processes, optimizing tool and tool selection, adjusting cutting parameters and cutting conditions, reducing non-cutting time and auxiliary operations, and improving the efficiency of machine tools. Rigidity and stability, enhanced maintenance and upkeep, and improved operator skills, etc. These measures can cooperate with each other to jointly improve the processing efficiency of CNC vertical lathes.