In recent years, with the gradual disappearance of China's demographic dividend, the market structure of labor force has also undergone major changes, those repetitive and heavy jobs have shown a shortage of labor and difficult recruitment, and expensive human capital has brought heavy pressure to the manufacturing and warehousing industries. The palletizing link at the end of the production line in the workshop is a typical representative, and at this time, the palletizing operation by the robot has become a rigid demand of many enterprises. Looking at all walks of life, the use of intelligent palletizing scenarios is in strong demand, the market potential is becoming increasingly prominent, and the future development prospects are promising.
At the end of the production line of the workshop and plant, it is necessary to transfer the bagged, boxed, barreled and other materials from the production line and stack them neatly. Manual palletizing requires workers to bend, pick and roll for hours on end, and this unergonomic mission can result in repetitive musculoskeletal strain, endangering workers' health and increasing labor costs, and also limiting the amount and quality of palletizing.
If the traditional industrial palletizing robot is used, many disadvantages are also exposed, such as: industrial robots have many parts, large weight, large volume, and messy instruction programming; Together, the layout and installation are not sensitive, the production switch is troublesome, and the operation can only be carried out in a fixed direction, and the operation space is limited.
AUBO collaborative robots are used to complete the palletizing operation instead of manual by adding corresponding grabbing objects or suction cups at the end of the robotic arm, and setting the parameters and programs according to the practical use scenarios. On the production line, after the material is packed in the previous process, it is packed by the conveyor belt and then transferred to the area to be grabbed. Then the robot gripper will put the material on the pallet according to the pre-set instructions and stacking codes; After the pallet is full, the robot gripper returns to the standby position, and then the pallet is transported to the warehouse by the forklift. Finally, the empty pallets are fed into the station and the robot continues to palletize.
It has a wide range of applications to meet the needs of multi-occupation palletizing
It can be suitable for the transfer, stacking and working environment of different varieties of materials, from food to various heavy industries, with a wide range of uses. As long as the corresponding gripper is equipped and the parameters are set, AUBO cobots can complete the palletizing operations in machining, auto parts, home appliances, food and beverage, medical supplies and other occupations.
High repeatability and more sensitive layout
AUBO i series products have a payload of 3kg-20kg and a working radius of 625mm-1650mm, extending more possibilities for palletizing. The repeated positioning accuracy of the robotic arm can reach ±0.02mm, which can transfer and stack materials at the same rhythm, which is safe and stable to ensure the accuracy of stacking. In addition, AUBO collaborative robots occupy an area of less than 1 square meter, and the installation method is sensitive, and can be columned and hoisted, without changing the layout of the existing production line, making the layout more sensitive and convenient.
Replace the human operation industry, greatly saving manpower costs
AUBO collaborative robots can complete the palletizing operation alone, or they can work side by side with people to complete the production mission, replace the manual transfer and pick-up and placement of heavy objects, and complete 24-hour non-stop operation. The simple operation mode not only saves a large number of manpower resources, but also greatly improves the production efficiency, improves the operating environment, saves energy and protects the environment, assists enterprises to complete the production policy more efficiently, and invents very considerable economic benefits.
AUBO i20 collaborative robot boosts the career development of palletizing
In palletizing scenarios, some special production environments have higher requirements for the load and reach of cobots. In this case, AUBO innovatively developed a 20kg large-load collaborative robot, which not only meets the needs of large payload and large reach, but also has high sensitivity, accuracy and safety, which must fill the current market gap to a certain extent and bring a more professional, economical and efficient production experience for large-load use scenarios.
AUBO i20 cobot has a maximum load of 20kg and a working radius of up to 1650mm, which is designed for large working ranges and heavy transfers. With a weight of only 63kg, it occupies a small area, can be arranged sensitively, does not need to change the layout of the existing production line, and can be installed at will, satisfying the requirements of the production site for the robot to be highly sensitive, easy to arrange and easy to migrate.
In recent years, China is developing from labor-intensive to modern and intelligent manufacturing, and intelligence and science and technology are important missions of China's economic development. AUBO collaborative robots are widely used in palletizing scenarios, breaking the original traditional production methods, enhancing the competitiveness of enterprises, and helping enterprises to embark on a new development path with high technology content, good economic benefits, low resource consumption and less environmental pollution.
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