The commonly used types for general users include grinding, milling, turning, machining centers, and mechanical spindles (excluding built-in motors) with belt drive spindles. When choosing a lathe electric spindle, it is important to pay attention to your application scenario, as the interface for different application scenarios is different.

In addition, it is important to understand the power requirements of the operating conditions and the corresponding speed at this power. This is crucial because for the same 1kW, the external dimensions of the electric spindle vary greatly between the requirements of 1000 rpm and 10000 rpm, and the difficulty of designing the electric spindle is also different. Therefore, the operating conditions must be accurate.

The lathe electric spindle plays an important role in the machining process of lathes. At the same time, the performance of the lathe electric spindle itself must meet the production needs. Therefore, when choosing a manufacturer, it is necessary to choose a legitimate lathe electric spindle manufacturer.

The working speed of the electric spindle lathe has high requirements, and the precision of its designated position and stop is also very high. Its structural design is unique, and it can be manufactured and controlled strictly. For example, in the design, these problems must be properly solved to ensure the stable and reliable high-speed operation of the spindle and achieve efficient and precise machining.