With the continuous progress of industrial science and technology, industrial production requires higher and higher loading and unloading speed. Traditional manual palletizing can only be used under the conditions of light materials, large changes in size and shape, and low throughput, which cannot meet the needs of industrial production. Robot stacker came into being.

With the mature application of artificial intelligence, big data, cloud computing and other technologies, robot manufacturing enterprises have enjoyed huge scientific and technological dividends. According to the statistical report of relevant data, the number of industrial machines put into use in the world has reached 3 million, with a year-on-year growth of 10%. It is estimated that by 2024, the number of new industrial robots in the world will reach about 500000/year. From the data, the demand for robots will increase year by year. On the one hand, robots improve work efficiency, on the other hand, the application of robots also reduces the pressure of manual management in enterprises.

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.

The stacking work is completed in the form of a mechanical arm. Stacking is one of the most promising cooperative robot applications, but before introducing in detail, let's start with a simple definition. Palletizing or palletizing refers to the act of placing products on pallets for shipment or storage in the logistics supply chain. Ideally, products should be stacked in a way that maximizes the weight and volume of products under load, and they should be stable enough to prevent products from moving, dumping or squeezing each other.

The future intelligent factory is created by the harmonious coexistence of people and machines. It requires robots to cooperate with humans and complete different tasks with humans. This includes not only the traditional tasks of "people can't do it, people don't want to do it, and people can't do it well", but also complex tasks that can reduce human labor intensity and improve the quality of human life

It is applicable to the collaborative palletizing robot production line, chemical plants, pharmaceutical industry, grain crops, fertilizer, food, decorative building materials, beverages, metallurgical industry, fire-resistant insulation materials and other fields, and can be used for fully automatic packaging and palletizing of bags, full boxes, barrels, cans, and boards. The palletizing robot production line is one of the indispensable packaging equipment in today's production line. Its basic function is to stack products and package and transport them normally.

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

The important role of cooperative palletizing robot is to reduce the cost of manual logistics and facilitate the grabbing, handling and placing of goods. People often find them in various express collection points, factories and other industrial scenes. In recent years, with the cooperative mobile palletizing robot system becoming more efficient, fast and accurate software, cooperative mobile palletizing robot has been gradually applied in many companies.