The food manufacturers attending the meeting paid special attention to cooperation and robots to minimize the dependence on human capital and achieve more convenient food solutions. A packaging engineer in charge of large and medium-sized food companies said in the report that about one fifth of the company's plants in North America use cooperative robots, "mainly for loading and stacking. We are ready to invest again in areas that can replace labor.

The role of robots in industry has replaced human workers in many manufacturing industries. Machines like mechanical arms make it possible for humans to perform tasks with brute force before automation. Now they have replaced heavy lifting and precision assembly. The use of industrial robots can not only help create products, but also reduce waste and improve safety.

The key technologies of cooperation include robot vision, sensors and control systems. The difficulty lies in how to realize the cooperation between robots and how to deal with the behavior of robots in complex environments.

With the development trend of scientific and technological artificial intelligence, in industry, cooperative palletizing robots will undertake more and more tasks in industrial production, leading to industrial robots competing for jobs with people. At this stage, industrial palletizing robots and people have their own advantages. The palletizing robot is warmly welcomed by companies and enterprises for its advantages of reducing cost, strict management, high production efficiency, and high security. However, there are also some shortcomings and deficiencies on the premise, such as maintainability, lack of imagination, stability of safe operation, diversity of layout, etc.

Cooperative palletizing robot, an industrial robot, is a key emerging industry in China's implementation of the manufacturing power strategy. The development level of robot industry is an important symbol to measure a country's innovation ability and industrial development level.

In recent years, with the rapid development of food, beverage and health care industries, the intensity of manual stacking is high, and the rate of staff turnover is high, which has seriously affected the production management of food, medicine and other

Now, more and more enterprises use automatic stackers. It is worth noting that there are many skills to understand and master in the process of using automatic stackers.

In the period of continuous development of modern science and technology, automated production has entered most of the sales markets, and manual production and manufacturing has gradually been replaced by automated assembly lines of artificial intelligence technology. Now, I would like to introduce the appropriate operating steps of belt transportation production lines in automated assembly lines.