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.

Compared with ordinary mechanical palletizer, the palletizing robot has the advantages of high efficiency, low failure rate and convenient maintenance, so it is widely used. The main task of palletizing robot control technology is to control the movement position, posture and trajectory, operation sequence and action time of industrial robot in the workspace. Now let's talk about the control technology of the stacking robot.

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.

The disadvantages of manual palletizing of cooperative palletizing robot are pointed out: the palletizing form is irregular, the palletizing is often reversed, and there are potential safety hazards. In the loading process, due to the irregular stacking form, the loading capacity is low and the transportation cost is high. Low stacking efficiency and high labor cost.

Collaborative robots are used in the process of sorting out enterprise related emergencies, and can complete collaborative work that can only be completed by multiple people at a faster speed. This kind of robot is suitable for enterprises with gradual development of industrialization and scale, and can solve many difficult and complex problems. So what should enterprises pay attention to in the early stage of selecting cooperative robots?

Cooperative palletizing robot has brought fundamental changes to the future industrial production and factory manufacturing, and cooperative palletizing robot has decisive and important advantages

Automatic stacker is an industrial machine which has been widely used in recent years. It consists of three parts: chassis, stacker main body and conveyor. The position of the equipment can be adjusted freely according to the user's site conditions, from the initial step of the product to the offline. The appearance of automatic stacker represents a great progress in industrial automation, and also provides a great opportunity for social development and labor liberation. As an important auxiliary equipment for industrial assembly line production, its existence can reduce the total number of workers needed on the assembly line and improve industrial efficiency.

With the development of automation technology, people pay more and more attention to the automatic and efficient production mode.