To improve the work efficiency of small CNC vertical lathes, improvements and optimizations can be made from the following aspects:

1. Optimize the CNC system: The small CNC vertical lathe adopts an advanced CNC system and a powerful tool magazine to achieve rapid tool change and automation of the machining process. This helps reduce tool change time and improve machining efficiency.

2. Reasonably arrange the production process: Clarify the operation process of each link of the small CNC vertical lathe. Especially when the order volume is large, production tasks and time nodes should be reasonably arranged. By increasing the degree of production visualization, personnel management costs are reduced, thereby enhancing production efficiency.

3. Continuous technological innovation: Small CNC vertical lathes improve and optimize process routes according to different product processing plans and material characteristics. Constantly update and learn new technologies to improve the processing capabilities of the machine.

4. Select the appropriate CNC blade: Small CNC vertical lathes take into account the lathe's processing capabilities, process flow and workpiece materials, and select CNC blades with high toughness, high wear resistance, sufficient toughness and high temperature resistance. This ensures that the blade remains stable and efficient during machining.

5. Optimize workpiece positioning and installation: The small CNC vertical lathe unifies design data, process data and programming calculation data, reduces the number of clamping times, and completes the processing of all surfaces to be processed after one positioning and clamping. This can avoid using a placeholder machine to manually adjust the processing plan and improve processing efficiency.

6. Improve operator skills: Small CNC vertical lathe operators should be proficient in the basic operation, programming and debugging skills of CNC vertical lathes, as well as related process knowledge and maintenance skills. Through training and skill improvement, operators can operate CNC vertical lathes more efficiently and reduce operating errors and failure rates.

7. Regular maintenance and upkeep: Regular maintenance and upkeep of CNC vertical lathes, including cleaning, lubrication, inspection and replacement of wearing parts, etc. This can ensure the normal operation and stable performance of the CNC vertical lathe, reduce downtime and improve work efficiency.

In summary, by optimizing the CNC system, rationally arranging the production process, continuing technological innovation, selecting appropriate CNC blades, optimizing workpiece positioning and installation, improving operator skills, and regular maintenance and upkeep, we can effectively improve the performance of small CNC machines. The efficiency of the car.