With the development of industries like aerospace and electronics, the requirements for the precision of parts are constantly increasing. Precision machining equipment is required to possess higher motion precision, micro-feed and positioning precision. For example, in ultra-precision machining equipment, the straightness of the guide rail and the rotation accuracy of the spindle have reached the level of 0.1 micrometer, and the micro-feed and positioning accuracy have reached 0.1 micrometer level.

• Intelligence

With the help of sensors, data collection and analysis technologies, real-time monitoring and intelligent control of the equipment can be achieved. For instance, CNC machine tools can optimize the machining process through data feedback, improving precision and efficiency. They can also be integrated with automated equipment like robots to build intelligent production lines.

• Integration

Multiple machining processes are integrated into one piece of equipment. For example, Swiss-type lathes can complete multiple processes such as turning, milling, drilling and boring in one clamping, reducing the number of clamping times and errors, and improving machining efficiency and precision.

• High Efficiency

The machining time is shortened by increasing parameters such as cutting speed and feed rate and optimizing machining paths and processes. For example, compared with the traditional linear reciprocating milling, the machining time can be shortened by 30% - 40% when using the spiral milling path.

• Greening

Greater attention is paid to environmental protection and energy conservation. Technologies such as dry cutting and minimum quantity lubrication are adopted to reduce the use of cutting fluid and environmental pollution. Meanwhile, the energy utilization efficiency of the equipment is improved to reduce energy consumption.

• Miniaturization and Micro-scale

With the development of microelectromechanical systems and other fields, the demand for machining tiny-sized parts is increasing. Therefore, the equipment needs to develop towards miniaturization and micro-scale to meet the requirements of precision machining at the micro level.

• Digitization and Networking

It is deeply integrated with digital manufacturing technologies to realize functions such as virtual simulation, remote monitoring and diagnosis of the machining process. Through network technologies, the equipment can be connected to intelligent manufacturing systems, improving the flexibility and coordination of production.