In modern manufacturing, small connectors are key components in the fields of electronics, communications and aerospace. Their processing accuracy and quality are crucial to the performance and reliability of the entire system. In order to meet the demand for tiny size and high-precision machining of small connectors, turning-milling machine tools have become key tools to achieve micron-level machining accuracy with their high-precision spindles and tool holders.

As an advanced processing equipment, the core technology of the turning-milling compound processing machine tool is to integrate the two processing methods of turning and milling. However, this hybrid processing method alone is not enough to meet the high-precision processing requirements of small connectors. The accuracy and stability of machine tools are also crucial, and the role of the spindle and tool holder is particularly prominent.

As the core component of the machine tool, the accuracy of the spindle directly determines the accuracy of the machined parts. The spindle of the turning-milling machine tool adopts high-precision design and manufacturing technology to ensure its stability and accuracy during high-speed rotation. This high-precision spindle can accurately control the movement trajectory of the tool, thereby achieving precise machining of small dimensions.

At the same time, the tool holder also plays a vital role in the machining process. The tool holder is responsible for fixing the tool and ensuring the stability and accuracy of the tool during processing. The tool holder of the turning-milling machine tool adopts high-strength materials and precision processing technology, which can firmly fix the tool and effectively resist vibration and impact during the processing. This stable tool holder structure ensures precise movement of the tool during processing, further improving processing accuracy.

It is precisely because of the configuration of these high-precision components that turn-milling machine tools can achieve micron-level processing accuracy. When processing small connectors, the machine tool can accurately control the movement trajectory and cutting depth of the tool to ensure that the tiny size and high-precision requirements of the connector are met. This high-precision processing capability gives turn-milling machine tools an irreplaceable advantage in the production of small connectors.

In addition to achieving high-precision machining, turn-milling machine tools are also efficient and flexible. By completing multiple machining operations in one setup, machine tools greatly improve production efficiency. At the same time, its flexible processing method also allows the machine tool to adapt to the processing needs of small connectors of different shapes and sizes.

The turn-mill combined processing machine tool is equipped with a high-precision spindle and tool holder to achieve micron-level processing accuracy for small connectors. This high-precision processing capability makes turning-milling machine tools an ideal choice for the production of small connectors, providing strong support for the development of modern manufacturing.