Improving the working efficiency of small vertical lathes is a comprehensive task, involving many aspects such as the equipment itself, operating technology, and process planning. Here are some suggestions to help you work more efficiently on your small vertical lathe:

1. Optimize processing sequence and technology:

The small vertical lathe optimizes the processing sequence according to the process requirements and the complexity of the processed parts. Process easily deformed parts first to reduce deformation during subsequent processing.

Reasonably arrange the processing steps of small vertical lathes to minimize tool changing time and non-processing time and improve overall processing efficiency.

2. Reasonably select cutting tools and processing parameters:

Small vertical lathes select appropriate tool materials and types, as well as reasonable cutting parameters, based on the workpiece material and processing requirements.

Correct tool selection and processing parameters for small vertical lathes can reduce cutting forces and thermal deformation, and improve processing efficiency and quality.

3. Efficiently utilize multiple axes and multi-tool holders:

Make full use of the multi-axis and multi-tool holder functions of the vertical lathe to achieve multi-directional simultaneous processing and further improve processing efficiency.

4. Improve operational skills and training:

Conduct regular training for small vertical lathe operators to improve operating skills and processing efficiency.

Encourage operators to share their experiences and create a working atmosphere of mutual learning.

5. Equipment maintenance and upkeep:

Perform regular maintenance and upkeep on small vertical lathes to ensure that the equipment is in optimal working condition.

Regularly check the tool wear of small vertical lathes and replace severely worn tools in a timely manner.

6.Introduction of advanced CNC technology:

Upgrade the small vertical lathe to CNC equipment to realize automated processing through preset programs, reduce manual operations, and improve processing accuracy and efficiency.

7. Process innovation and technology research and development:

Explore new processing techniques and methods for small vertical lathes to improve processing efficiency and quality.

Invest resources in technology research and development to promote technological progress and performance improvement of small vertical lathes.

8. Strengthen on-site management and coordination:

Optimize the production process of small vertical lathes and reduce unnecessary waiting and dead time.

Strengthen communication and coordination with other departments to ensure the smooth progress of material supply, process planning and other links.

Please note that in actual operation of small vertical lathes, these suggestions should be flexibly used according to specific conditions to achieve the best work efficiency improvement effect. At the same time, safety is always the primary consideration to ensure the safety of operators and equipment while improving work efficiency.