The small precision high-speed CNC vertical lathe is a machine tool specially designed for high-precision and high-efficiency processing. The main features of this lathe include:

1. High precision: CNC vertical lathes usually adopt advanced control systems and precise mechanical structures, which can achieve micron-level processing accuracy and are very suitable for processing parts with extremely high requirements.

2. High-speed cutting: Small precision high-speed vertical lathes are equipped with high-speed spindles. CNC vertical lathes can achieve high-speed cutting, thereby greatly improving processing efficiency and shortening production cycles.

3. Miniaturized design: CNC vertical lathes are usually small in size and occupy a small area, making them suitable for installation and use in limited spaces.

4. High rigidity: In order to ensure the stability and accuracy of CNC vertical lathes during high-speed cutting, key components such as lathe beds and columns usually use high-strength materials and advanced structural designs, which have excellent rigidity.

5. Easy to operate and maintain: Small precision high-speed vertical lathes are usually equipped with friendly human-machine interfaces and intelligent control systems to facilitate programming and operation by CNC vertical lathe operators. At the same time, its maintenance is relatively simple, which helps reduce maintenance costs.

6. Widely used: CNC vertical lathes are widely used in precision parts manufacturing, mold manufacturing, medical equipment, aerospace, watch manufacturing and other fields. CNC vertical lathes are indispensable and important equipment in these industries.

7. Automation and intelligence: Many small precision high-speed vertical lathes support automation and intelligence functions, such as automatic tool changing, automatic fixtures, online inspection, etc., which further improves the processing efficiency and product quality of CNC vertical lathes.

In short, small precision high-speed vertical lathes are playing an increasingly important role in modern manufacturing with their high precision, high efficiency, miniaturization, and high rigidity, especially in processes that require extremely high processing accuracy and efficiency. field.