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.

For an old bird in the automation industry, a senior mechanic, and an electrician, selecting a suitable "robot" may be a simple task. But for those designers or factories who are ready to purchase and import robots for the first time, there may be some confusion.

The cooperative palletizing robot is mainly composed of manipulator, wrist, wrist adjustment mechanism, arm mechanism, rotator, servo drive system, base and other components, with four degrees of freedom of body rotation, horizontal and vertical movement of arm mechanism, and wrist rotation. What are the main components and application research scenarios of the system with the cooperative palletizing robot?

Stacking robot is a common automation equipment to improve the production efficiency of enterprises. In recent years, the aging problem of China's population is serious, and the development of manufacturing enterprises is faced with the problems of difficult recruitment and high cost of employment management. Therefore, more and more enterprises begin to turn their attention to robots, hoping to use industrial robots to solve the production problems of Chinese enterprises. It used to take more than ten people to complete the stacking work, but now only one stacking robot can complete it.

Cooperative robots, from B to C, have broad market prospects. Finally, to a large extent, the application stage of intelligent cooperative robots is still based on the B-end industry market.

Stacking robot is a kind of industrial robot, which is widely used at present. With the decline of labor rate and the rise of labor cost, palletizing robots are used more and more. Stackers and porters are manufactured in manufacturing enterprises to replace manual post packaging operations. It can improve product quality and output, and reduce labor costs. The stacking robot has a simple and durable structure. It can work with high intensity for a long time in various environments, reduce the occurrence of industrial accidents, and integrate into various production lines. The palletizing robot has many advantages, so what are the problems it faces?

Because manual handling and palletizing cannot meet the needs of industrial production, the R&D and production of full-automatic and full-automatic handling and palletizing machines continue to accelerate. The structure of the fully automatic handling and palletizing machine is mainly composed of the power distribution cabinet, the main stacking behavior, the bag shaping and beautification, the bag body transmission, the pallet collection, the filling, handling and palletizing.

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.