A small CNC vertical lathe is a CNC machine tool with a relatively small design and size and is suitable for places with limited space requirements. This type of CNC vertical lathe usually has a compact structure and flexible operability. The following are some features and applications of small CNC vertical lathes:

1. Compact structure: Small CNC vertical lathes are usually designed to be compact to save space. This facilitates flexible layout and use within a limited work area.

2. Portability: Due to its relatively small size, small CNC vertical lathes have a certain degree of portability. This makes it suitable for application scenarios that require mobile devices, such as training institutions or multi-functional workshops.

3. Multi-axis control: Despite their small size, small CNC vertical lathes usually still have the capability of multi-axis control. This allows complex cutting and machining operations in multiple directions.

4. Suitable for processing small parts: Small CNC vertical lathe is suitable for processing tasks that require smaller size of parts. It can be used for fine cutting and engraving of small parts.

5. Education and training: Since the small CNC vertical lathe is relatively simple to operate, it is suitable for education and training purposes. Students and beginners can learn CNC machining techniques by operating a small CNC vertical lathe.

6. Prototyping: Small CNC vertical lathes are also often used for prototyping and small batch production. When conducting product development or testing, small CNC vertical lathes can provide flexible machining solutions.

7. Simplified programming: In order to adapt to education and small production environments, small CNC vertical lathes usually have a simplified programming interface, making the operation easier to use.

It should be noted that the processing capacity and size of small CNC vertical lathes are relatively limited and are suitable for specific application scenarios. When choosing a CNC vertical lathe, you need to consider it based on specific processing needs and space constraints.