The vertical lathe is a high-precision machining equipment widely used in the manufacturing industry. It is usually used for processing and cutting of metal, plastic, glass and other materials. However, the positioning accuracy of vertical lathes will vary due to different types and sizes of work blocks. Therefore, when choosing a vertical lathe that suits our needs, we need to take its positioning accuracy into consideration. So, which vertical lathes have higher requirements for positioning accuracy?

1. CNC vertical lathe

CNC vertical lathe is a high-precision, highly automated machine tool that can achieve precise processing of a variety of complex parts. The machine tool can process the workpiece according to the input program control program, thus ensuring high precision and consistency. Since CNC vertical lathes have high-level automation and intelligence features, they have very high requirements for positioning accuracy, especially in terms of processing accuracy, stability and reliability.

2. Ultra-precision vertical lathe

Ultra-precision vertical lathes are machine tools designed to produce high-precision, high-quality parts on a large scale. Its processing accuracy can reach an extremely high level and it is an indispensable equipment in the field of precision processing. Ultra-precision vertical lathes usually have technologies such as high-precision axial positioning, high-speed and high-precision CNC systems, ultra-precision ceramic bearings and loose couplings, which can ensure the stability of part accuracy and repeatability.

3. Large vertical lathe

A large vertical lathe is a high-precision machine tool widely used in the manufacturing field and can be used to process large workpieces. Since the processing of large workpieces is more difficult and the requirements for positioning accuracy are relatively high, the positioning accuracy of large vertical lathes has also been improved accordingly. Large vertical lathes usually have high-precision axial positioning, stable processing performance and flexible processing methods, and can meet the processing needs of complex workpieces.

In short, for different processing needs, we need to choose vertical lathes with different accuracy levels. Whether it is a CNC vertical lathe, an ultra-precision vertical lathe or a large vertical lathe, its positioning accuracy has a very important impact on the machining accuracy, quality and repeatability of the workpiece. Therefore, when choosing a vertical lathe, we need to carefully consider its performance and positioning accuracy, and comprehensively consider factors such as product quality, production efficiency, and cost.