Intelligent robot numerical control technology benefits from the development of traditional numerical control technology. With the help of the advantages of intelligent robot technology, it gives the automation and intelligence function of traditional numerical control technology, effectively makes up for the shortcomings of traditional numerical control technology, promotes the intelligent development of numerical control technology, and has a good effect on improving the quality and accuracy of automobile manufacturing.

From the current situation, the application scope of intelligent robot numerical control technology in the field of automobile manufacturing is very wide, and good results have been achieved. Therefore, we also need to analyze the practical application of intelligent robot numerical control technology in automobile manufacturing from the perspective of artificial intelligence, and fully grasp the application characteristics of intelligent robot numerical control technology.

1、 Overview of industrial robots

In the process of continuous development of domestic economy, intelligent robot has been applied to major industries. Its main feature is human intelligence, can realize intelligent movement, and has strong operability in intelligent learning and action.

The development of intelligent robots can overcome human psychological and physiological problems, especially in manufacturing and transportation. Intelligent robot is widely used in industrial field, so it can also be called industrial robot.

At present, the action of industrial robots is mainly to give instructions through computer programming to guide the mechanical joint movement of robots to achieve the purpose of action. Relying on its powerful control power, industrial robot meets the needs of automobile manufacturing automation in modern automobile manufacturing industry.

In the process of automobile manufacturing technicians, the robot will reasonably adjust the products according to the processing requirements, production characteristics and production environment. Especially in the production process of high-precision parts, the robot can effectively improve the efficiency of work by relying on automation and intelligence.

In addition, in the process of automobile manufacturing, intelligent robots can also carry out in-depth learning by becoming.

The design and production of robots have some human characteristics. In the process of automobile manufacturing, the operation mode of manipulator is similar to human behavior. This intelligent setting is mainly driven by computer programming, has a very close communication relationship with major terminals, and issues instructions after computer programming, The intelligent robot can be used for manufacturing in targeted cases.

2、 Characteristic analysis of intelligent robot numerical control technology

1. High degree of automation. Driven by artificial intelligence technology, intelligent robot CNC technology has strong automation characteristics. Driven by artificial intelligence technology, it can realize remote control of automobile manufacturing, especially the ability of automatic analysis and automatic calculation in the process of control, which plays a good role in improving the effect of remote control.

Especially in the process of automobile manufacturing, aiming at some problems existing in the manufacturing process, the intelligent robot can realize the real-time supervision of the manufacturing process, facilitate the rapid discovery and analysis of the problems existing during automobile manufacturing, and then give the corresponding solutions, realize the automatic optimization of automobile manufacturing process, and adjust the manufacturing scheme in combination with the actual manufacturing conditions, It has played a vital role in improving machining quality and promoting the development of automobile manufacturing industry.

2. High processing efficiency. Using intelligent robot numerical control technology in the process of automobile production, the processing method can be adjusted according to the actual processing situation. The automobile processing speed can be adjusted by inputting programs in computer equipment in advance, so as to further optimize the processing technology and effectively reduce the difficulty of automobile processing, Under the condition of ensuring the processing quality, it can also improve the processing efficiency, that is, the intelligent robot NC technology can improve the quality and efficiency in the process of automobile manufacturing and processing.

3. High machining accuracy in the field of automobile manufacturing, how to improve the machining accuracy is a long-term research problem. The development of artificial intelligence technology just solves the problem of machining accuracy in automobile manufacturing.

After the application of intelligent robot numerical control technology, on the premise of ensuring the machining efficiency, it also ensures the machining accuracy. Especially in the machining of some special parts, intelligent robot numerical control technology reflects strong advantages and meets the requirements of machining quality, accuracy and efficiency.

The most important advantage of intelligent robot NC technology is high machining precision, which is also the key to its wide application in the field of automobile manufacturing. Therefore, it is of great significance to analyze the characteristics and advantages of intelligent robot NC technology and promote the development of automobile manufacturing industry in China.

3、 Application of intelligent robot numerical control technology in automobile manufacturing

1. Intelligent robot control system in intelligent robot technology, sensor is a very core link, which mainly plays a role in controlling automobile manufacturing. Compared with traditional robot manufacturing, intelligent robot has made substantial progress in control by using advanced laser sensor technology. Sensors can also be installed on the vehicle to improve the intelligence of the vehicle.

With the passage of time, the level of automobile manufacturing in various countries has been further improved, which also promotes the intelligent degree of robots. In the intelligent control system of automobile manufacturing, the adaptability of intelligent robots has also been enhanced.

At present, in the field of automobile manufacturing, the most advanced production mode is to use the high-efficiency and high-quality automobile manufacturing production of AI intelligent robot, mainly to improve the quality and efficiency of automobile manufacturing and production, as well as the intelligence of automobile.

Because intelligent robot numerical control technology has very prominent characteristics, intelligent robot numerical control technology has become a very key technology in automobile manufacturing industry.

The development and application of intelligent robot numerical control technology has a good application effect in the fields of automobile parts production, automobile assembly and automobile welding. It realizes the automatic manufacturing, automatic welding and automatic assembly of automobile parts, effectively improves the efficiency of automobile manufacturing and production, and also provides an important guarantee for the quality of automobile manufacturing.

In the process of the continuous development of intelligent robot numerical control technology, it has played an effect of improving the traditional automobile manufacturing environment, and plays a very important role in the development of China's automobile manufacturing industry.

2. Application of intelligent robot numerical control technology in precision machining intelligent robot numerical control technology not only has a positive impact on the quality and efficiency of automobile manufacturing, but also has a very good application effect in high-precision machining of automobile parts. From the current situation, the application range is very wide.

From the current situation, the intelligent robot numerical control technology has refined the machining accuracy to the micron level in the process of automobile parts processing, which not only meets the needs of precision machining in automobile manufacturing, but also improves the quality of precision machining, and has played a vital role in the field of automobile manufacturing.