fully automatic assembly machineIt is an efficient, accurate and stable automated production equipment and has become an important part of the manufacturing industry. This paper will introduce the history of fully automatic assembly machine, and discuss the development history of fully automatic assembly machine from the development process, technology evolution, application scope and so on.

1. development process

In the early 1940 s, the prototype of the automatic assembly machine began to appear. At that time, the automobile industry began to use fully automatic assembly machines for vehicle assembly, which greatly improved production efficiency and product quality. Since then, fully automatic assembly machines have gradually been used in machine tool manufacturing, electronic manufacturing, food packaging, medical equipment and other fields, and have become an important tool in modern production.

In the early 1980 s, with the development of computer technology and the popularization of mechatronics technology, the assembly machine developed rapidly. At this time, the automatic assembly machine has the characteristics of high precision, high stability and high efficiency, and has begun to enter the stage of large-scale application. After years of development, the technical level and production capacity of the assembly machine have been gradually improved, and the product performance and quality have been greatly improved.

2. Technology Evolution

The technological evolution of fully automatic assembly machines mainly includes the following aspects:

Control system: The early assembly machine used mechanical transmission and electrical control, but due to the low control accuracy and complex operation, it was gradually replaced by electronic control system. At present, the control system of the automatic assembly machine adopts advanced electronic control and motion control technology, which has higher control accuracy and stability.

Transmission system: The early assembly machine used mechanical transmission, but due to problems such as low accuracy and high noise, it was gradually replaced by electronic transmission and servo transmission. Now, the transmission system of the automatic assembly machine has become more accurate and stable, and can realize high-precision assembly operation.

Induction system: The early assembly machine used a simple induction system such as a photoelectric sensor, but it was gradually replaced by a more advanced induction system due to problems such as low induction accuracy and poor adaptability. Now, the induction system of the assembly machine has higher accuracy and adaptability, and can adapt to different assembly environments and scenes.

3. application scope The application scope of automatic assembly machine is very wide, mainly covering the following aspects:

Automobile manufacturing: Automobile manufacturing is one of the earliest applications of fully automatic assembly machines. The assembly machine can realize the rapid assembly of automobile parts and improve the production efficiency and product quality.

Machine tool manufacturing: The fully automatic assembly machine can realize the high-precision assembly of machine tool components, improve the performance and reliability of the machine tool, and reduce production costs.

Electronic manufacturing: The fully automatic assembly machine can realize the automatic assembly of electronic equipment components, improve production efficiency and product quality, and reduce production costs.

In short, the automatic assembly machine has become one of the indispensable automatic production equipment in the manufacturing industry. With the continuous progress of technology and the continuous expansion of application fields, the market prospect of fully automatic assembly machines will be more and more broad.