In the context of the practical needs and technological trends for sustainable development in manufacturing, automated warehouses emerged in the early 1950s. The rapid development of automated warehouses and the high-quality development of high-rise residential warehouses are the conclusion of the continuous development of production technology after World War II. In 1950, the United States first produced manually operated flat arm palletizer lifting equipment and introduced the concept of high-rise shelving, which was known as the prototype of an automated warehouse.
After 1960, tunnel construction palletizers gradually replaced flat arm palletizers. Since then, the application range and characteristics of palletizers have gained significant development trends.
The palletizer is an indispensable part of the automated 3D warehouse system. It is the implementing component of all systems. When carrying out inventory of goods, it can clearly store the goods from the entry and exit stations to the memory space, and when picking up the Cargo platform, it can search for the goods from the memory space to the entry and exit locations. Regardless of the type of palletizer, it is generally composed of basic components such as horizontal driving organization, lifting mechanism, transport platform and forklift fork organization, architecture, and electrical equipment. Although each manufacturer has their own original material structure differences, it can be said that all palletizing machines are basically the same. All palletizers are just sound card racks, transport service platforms, telescopic forks, tracking and control systems. This is the commodity of high-level, fast and high-density storage theory.
For production companies, recruiting movers has become increasingly difficult, as young people in this era are increasingly concerned about hardship, pollution, fatigue, and any other issues. Older people are not competent for this job, and manual handling and palletizing cannot meet the production and manufacturing requirements of the enterprise. Therefore, the equipment replacement period has arrived. More and more companies are choosing fully automatic palletizing machines, which can be customized without adding standards! Durable, easy to use, and economically sustainable, it has replaced manual palletizing. The palletizing is precise and can be customized according to one's own needs for product palletizing.
In various intelligent automated production lines, fully automatic palletizing robots have become the main industrial equipment of automated production lines and play a key role in various production processes. The fully automatic palletizing robot is mainly used in the entire packaging process of production line products. It can not only improve the company's production efficiency, but also reduce the overall cost of the entire process.
This is an important machinery and equipment for manufacturing enterprises and large shopping malls. The fully automatic palletizing robot has contributed to the refined and information-based management of Factor Company, reducing company costs and saving company funds. Therefore, fully automatic palletizing robots occupy an important position in the company's automated machinery.
The fully automatic palletizing robot is flexible, precise, fast, efficient, with stable performance and high usage efficiency. It can be installed tightly in indoor spaces and can be applied locally. The palletizing robot has a series of functions that make it a powerful machine equipment that can replace manual control.
