To improve the work efficiency of small CNC vertical lathes, the following aspects can be considered and implemented:

1. Optimize the CNC system and tool magazine: 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 can significantly reduce tool change time and manual intervention, thereby improving overall work efficiency.

2. Improve the production process: Small CNC vertical lathes clearly define the operation process of each link. Especially when the order volume is large, production tasks and time nodes should be reasonably arranged. This can increase the degree of production visualization of small CNC vertical lathes, reduce personnel management costs, enhance production efficiency, and avoid unnecessary processing accidents and waste.

3. Continuous technological innovation: Small CNC vertical lathes develop suitable process routes for different product processing plans and material characteristics. Update technology and learn new technologies, master more reliable processing methods, and improve the processing capabilities of the machine as much as possible.

4. Improve the quality of after-sales service: Small CNC vertical lathes adopt a more humane service model, improve the after-sales service system, improve the speed and efficiency of service response, and meet the new needs of users and the market.

5. Select the appropriate CNC blade: The choice of CNC blade directly affects the processing efficiency of the lathe. The blade should be selected based on the lathe's processing capabilities, process flow and workpiece material to ensure that it has high toughness, high wear resistance, sufficient toughness and high temperature resistance.

6. Optimize workpiece positioning and installation: When processing workpieces, design data, process data and programming calculation data should be unified as much as possible. Small CNC vertical lathes minimize the number of clampings. All surfaces to be processed are processed after one positioning and clamping, and the use of a placeholder machine to manually adjust the processing plan is avoided.

7. Improve operator skills and knowledge: Master the basic knowledge of practical CNC turning technology, including basic principles of CNC turning, introduction to CNC lathes, etc. At the same time, small CNC vertical lathes are proficient in manual programming or automatic programming using CAD/CAM software, as well as common CNC lathe processing operations, process processing, etc.

Through the efforts in the above aspects, the small CNC vertical lathe can significantly improve the work efficiency of the small CNC vertical lathe and bring greater economic benefits to the enterprise.