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In the 1960s, the world's first robot was designed by George Devol and put into use at General Motors in the United States. Initially, it was applied in the industrial sectors of countries such as Germany, Sweden, and Japan. China's industrial robot development started in the early 1970s, and its development process can be roughly divided into three stages: the embryonic stage in the 1970s, the development stage in the 1980s, and the practical application stage in the 1990s. With the continuous development of science, technology, and industry, in terms of models, varieties and specifications, equipment performance, and product quality of palletizing machines produced in China, there have been significant improvements. In many aspects, they have gradually approached or reached the technical performance and various parameters of foreign similar palletizing machines.

Palletizing robots will play an even more important role in various industries and will also be used more extensively. Palletizing robots use computer technology, mechanical equipment, sensing technology, and artificial intelligence to achieve intelligent functions such as rapid grabbing, handling, palletizing, and depalletizing of workpieces in industrial production.

The emergence of robots, especially palletizing robots, has reduced labor costs in production and improved production efficiency. Palletizing robots are suitable for industries such as chemicals, fertilizers, grains, fertilizers, food, and building materials. They can perform fully automatic packaging and palletizing operations on powdery and granular materials, as well as various bagged, boxed, barreled, bottled, and sheet materials, facilitating storage, transportation, and sales for users.