Mechanical Processing Technology: Development and Application

发布时间：2024-04-23

Mechanical processing technology is a process technology that changes the shape and size of workpieces by removing excess materials. In modern manufacturing, machining technology plays an important role, not only widely used in traditional fields such as automobiles, machinery, electronics, but also playing an important role in high-end fields such as aviation, aerospace, and energy. Below, Zhentai Yi will briefly introduce the development trends and application prospects of mechanical processing technology.

1、 The Development Trends of Mechanical Processing Technology

High speed cutting technology: High speed cutting technology refers to the use of high-speed rotating cutting tools to cut workpieces, in order to improve machining efficiency and quality. With the development of tool materials and machine tool technology, the application scope of high-speed cutting technology is becoming increasingly widespread.

Precision machining technology: Precision machining technology refers to the use of high-precision and stable machining equipment and process parameters to achieve high-precision and high surface quality machining. With the continuous development of mechanical processing technology, the application scope of precision machining technology is also becoming increasingly widespread.

CNC machining technology: CNC machining technology refers to the automation and intelligence of machining achieved through computer control and digital programming. CNC machining technology can greatly improve machining efficiency and quality, and is an important development direction of modern mechanical machining technology.

Composite processing technology: Composite processing technology refers to the integration of multiple processing methods to achieve the completion of multiple processing steps in one go. Composite machining technology can greatly improve machining efficiency and quality, and is another important development direction of modern mechanical machining technology.
 

 
Green manufacturing technology: Green manufacturing technology refers to minimizing environmental impact and resource consumption while ensuring product quality and performance. With the continuous improvement of environmental awareness, green manufacturing technology will become an important development direction for future mechanical processing technology.



2、 The application prospects of mechanical processing technology

Automotive manufacturing: Automotive manufacturing is one of the most widely used fields of mechanical processing technology. Mechanical processing technology is mainly applied in the manufacturing and processing of key components such as engines, transmissions, and chassis in automobile manufacturing. With the development of new energy vehicles, mechanical processing technology will also play an important role in the manufacturing and processing of core components such as batteries and motors.

Aerospace field: The aerospace field has extremely high requirements for mechanical processing technology, requiring characteristics such as high precision, high stability, and high efficiency. Mechanical processing technology is mainly applied in the manufacturing and processing of key components such as engines, wings, and fuselage in the aerospace field. With the continuous development of aerospace technology, the application of mechanical processing technology in this field will also be more extensive.
 
Energy field: The energy field is another important application field of mechanical processing technology. Mechanical processing technology is mainly applied in the energy field in areas such as oil extraction, wind power generation, and hydropower generation. With the continuous adjustment of energy structure and the development and utilization of new energy, the application of mechanical processing technology in the energy field will also be more extensive.