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.

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.

This is the well-known "Turing test" in the field of artificial intelligence. Turing predicted that computers would pass this test at the end of the 20th century. In fact, it was not until 2014 that the artificial intelligence software Eugene Gustmann passed the Turing test for the first time.

From the perspective of customers in the domestic market, due to the high flexibility and low cost of cooperative robots, SMEs are the main force in using cooperative robots. In addition, from a practical perspective, China's aging trend is becoming more and more obvious, and domestic labor costs continue to rise. The manufacturing industry is trying to find a more flexible and efficient production mode to alleviate the labor shortage and cope with the rapidly changing market

With the continuous improvement of the degree of automation, more and more enterprises are gradually transforming and upgrading from the original manual to production automation. The introduction of automation equipment has improved the production capacity and personal image of the enterprise, thus improving the production efficiency of the enterprise.

Many people have only a general understanding of stackers. They believe that the stacker is a simple mechanical equipment used for handling and stacking goods. In fact, the stacker is not just a simple mechanical equipment. Many production workshops have palletizing robots to load, unload and stack goods. The use of palletizing robots is several times more efficient than traditional labor, but it can also reduce the human cost of enterprises.

Stacking is a basic means of home sorting and industrial transportation. Many people ask us that stacking is just putting product boxes on an empty tray. Is it necessary to be so serious?

In our daily life, we often see or use palletizing robots. Just like when we go to the supermarket, many goods have to be put in high places. Some are manual and some are automatic. If manual operation is used, it is generally used in some small supermarkets, large malls, etc. However, in some large shopping malls or warehouses, it is not realistic to change the labor force. At this time, we need to set some programs to let the palletizing robot put in a specific position according to the set program.