In the 1920s, with the development of industries such as automobiles, rolling bearings, small motors and sewing machines, automated production lines began to appear in my country's machinery manufacturing industry. Cooperating with human automated robots is a major trend in the development of my country's automated production lines, that is, automated robotic arms. and other auxiliary equipment.

Automobile automation production line

         It is used in automobiles, auto parts manufacturing industry, small construction machinery, electrical and electronics and other industries. Our country is in the development stage from a manufacturing country to a manufacturing power. The output and variety of robots will be greatly increased, and automated robots have great market competitiveness. . Our country's industry is still in the stage of development toward large-scale, automation, integration, and intelligence. Robots are suitable for industrial production and will inevitably develop in accordance with this trend.

Combined with actual production and customized development

         Although my country's automated production has achieved a qualitative leap, there is still a certain gap compared with other countries that have developed for a long time. Therefore, many manufacturers of automated production line equipment in order to increase the production volume of their products, Choose to copy foreign production lines, but based on the current actual situation, many countries’ production lines are not suitable for my country’s production scale. Therefore, when promoting the development of production lines, it is necessary to investigate domestic production methods, production scale and production needs. , and then carry out customized production of the equipment.

         Due to factors such as different sizes and materials of production workpieces, it is crucial to develop and customize the automated production line in the early stage to ensure the repeatability of subsequent operations and the stability of the overall operation. Three-dimensional scanning technology is applied in the early development of equipment, from production line path planning to parts inspection of automated equipment, throughout the entire development cycle of the automated production line. High-precision scanning data brings great convenience to reverse engineering and inspection, which greatly It reduces the development cycle of automated production lines and saves development costs for manufacturers.