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China is a major manufacturing country, and many products are made by us Chinese people. However, with the effectiveness of family planning, China's population has sharply declined, and many enterprises are facing difficulties in recruiting workers. This is one of the important reasons why stamping robots are used to replace manual work. Below, we will specifically list the current situation of domestic stamping production lines.

Against the backdrop of deepening industrial transformation and upgrading while the demographic dividend is weakening, the application scope of industrial robots is becoming increasingly broad, and industrial robots are rapidly expanding their market with a high compound growth rate. Stamping robotic arms can replace human bodies to complete harmful and repetitive tasks, reduce human labor intensity, and improve labor productivity. They are more obedient and have smaller deviations than manual labor. Therefore, stamping robotic arms are increasingly widely used in the mechanical industry. They can be used for component assembly, handling, and loading and unloading of processed workpieces, especially in active CNC machine tools, combination machine tools, and punching machines.

A crucial application of industrial robots lies in transmission control, and the accuracy of machine tools depends on the level of transmission control that can be achieved. From this perspective, there is a significant correlation between machine tool manufacturing and robotic arm manufacturing technology. So domestic enterprises are very optimistic about the broad prospects of the integration of industrial robots and machine tool industries. Currently, the market for robotic arms is diverse, and a series of robotic arm technologies such as stamping, polishing, welding, and spraying are already quite mature!

Robot palletizing machines are high-tech products that integrate electricity and machinery, and mid to low level palletizing robots can meet the needs of low to medium production. It can also stack various products such as material bags, rubber blocks, and boxes according to the required grouping method and number of layers. It mainly consists of a mechanical body, a servo drive system, an arm mechanism, an end effector, an end effector adjustment mechanism, and a detection mechanism. It can be set according to different material packaging and stacking orders and parameters to achieve stacking operations for different types of packaging materials.

Welding robots are industrial robots engaged in welding (including cutting and spraying), mainly including robots and welding equipment. The robotic arm consists of a robot body and a control cabinet. Welding equipment, such as arc welding and spot welding, consists of welding power supply, wire feeder, welding gun, and other components. For intelligent robots, there should also be sensing systems, such as laser or camera sensors and their control devices.