The final assembly line is also a kind of production line. The final assembly line generally refers to the production line used to produce large-scale products. Large-scale products are produced after various accessories are individually assembled and then assembled together. The final assembly line is responsible for the assembly of large-scale products. The production line where the parts are finally assembled together is called the final assembly line.

Assembly lines generally have a relatively high degree of automation, such as automobiles assembly lines, aircraft assembly lines, refrigerator assembly lines, etc. These products have very high requirements for quality and output, so the automation level of the assembly line is relatively high.

Features of assembly line

1. The production capacity is relatively stable. The automatic processing system is composed of one or more machine tools. When a fault occurs, it has the ability to degrade operation. The material conveying system also has the ability to bypass the faulty machine tool.

2. High equipment utilization. After a group of machine tools are incorporated into the assembly line, the output is several times higher than the output of this group of machine tools when they are dispersed in stand-alone operations.

3. Work in progress is reduced by about 80%.

4. The product quality is high. During the processing of the parts, the loading and unloading is completed at one time, the processing precision is soft, and the processing form is stable.

The production capacity of the final assembly line is relatively stable. The automatic processing system is composed of one or more machine tools. When a fault occurs, it has the ability to degrade operation. 

The material conveying system also has the ability to bypass the faulty machine tool. High equipment utilization. After a group of machine tools are incorporated into the assembly line, the output is several times higher than the output of this group of machine tools when they are dispersed in stand-alone operations. Work-in-process is reduced by about 80%. The product quality is high. During the processing of the parts, the loading and unloading is completed at one time, the processing precision is soft, and the processing form is stable.