Mass production of products in all industries is inseparable from palletizing In the past, we relied on manual palletizing. More than ten people completed the handling and stacking work together. High labor intensity, low stacking quality and high turnover rate are not conducive to health. With the rapid development of modern science and technology, labor shortage and rising labor costs, robot handling and palletizing production has been widely used, promoting the development of the industry.

The capability of fully automatic palletizing can be easily demonstrated. Just put the weighed raw materials on the tray orderly according to the required sorting method. It only needs to be stacked neatly, not packed, not stacked upside down, indicating that the stacker meets the requirements. Naturally, in order to achieve this, the stacker must meet the preconditions of its own work, namely, switching power supply and pneumatic valve.

Stacking robot is an intelligent robot for stacking objects. According to different product categories and actual needs, collaborative palletizing robots can be programmed to improve palletizing productivity. At present, cooperative palletizing robot has been used in various fields for a long time. What are the advantages of robot palletizing compared with other methods

The continuous increase of labor costs has formed a development trend, and it is difficult for manufacturing enterprises to recruit people. In the face of difficulties, many enterprises are moving towards automation technology production lines. Among them, the automatic technology complete equipment production line of palletizing robot is more popular and has developed rapidly in recent years.

The definition of collaboration is more widely used in industrial scenarios. The cooperative mobile palletizing robot has replaced and improved the existing industrial robots, and has become the leading technology genre in the robot field with its higher safety factor, reliability and human coordination ability.

The fully automatic cooperative stacker is mainly composed of leveling belt conveyor, slow stop belt conveyor, transfer belt conveyor, tray bin, tray belt conveyor, arranging machine, bag pushing machine, stacker machine and stacker belt conveyor. Its automatic design ensures stable, safe and reliable posture. The working process of the stacker is fully automatic, and there is no need for manual control during normal operation, so it has a universal application field.

Collaborative 3D destacking robot is widely used in logistics and warehousing, production and manufacturing, outer packaging, production and processing and other industrial production commodity circulation and freight logistics scenarios. Select the plan scheme of 3D camera+machine vision algorithm. The 3D point cloud information of the object is obtained through the 3D camera, the part and specification of the object that must be unpacked are calculated using the visual algorithm, and the industrial robot is correctly guided to carry out the automatic operation of unpacking according to the control platform.

Stacking robot can reduce labor cost and enhance enterprise competitiveness. Due to the high demand and dependence on labor in manufacturing, the labor cost in manufacturing is relatively high