Labeling robot
At present, the traditional iron and steel industry is a high energy consumption, high pollution industry, with high temperature, high dust, high noise and other harsh environments and liquid molten metal and other high-risk environments. Industrial robots can not only replace workers in dangerous environments, but also improve work efficiency, improve product accuracy and quality, reduce costs, reduce waste and obtain flexible, durable and high-speed production processes.
Aiming at the pain points of the metallurgical steel industry, Shandong Desheng Robot has launched high-end intelligent equipment and solutions, such as automatic spot welding robot, automatic de binding robot, automatic zinc slag removal robot, automatic labeling robot, automatic code spraying robot, automatic billet welding label robot, automatic sampling robot, automatic coil binding equipment, automatic labeling, tape robot system, and intelligent bar line, It can quickly adapt to the harsh working environment, ensure the production and processing quality, and greatly improve the automation level of the metallurgical steel industry.
The labeling equipment is located at the outlet of the unit. After the baling is completed, the label will be automatically printed according to the information sent by the unit. The label will be labeled and identified at the fixed position to confirm the accuracy of the information.
The conventional form of labeling is that the workers finish marking labels in batches in the card room, or stick handwritten labels. There is information asymmetry, which is easy to cause inconsistent information, missing labels, difficult recognition and other phenomena.
Scheme highlights: special labeling equipment has been developed, which can automatically receive the information sent by the unit for label printing. The printed labels are pasted on the outer or inner ring of the steel coil with special labeling tooling, and the label information is read and identified to confirm the accuracy of the information, so as to avoid problems such as late identification.
Compared with manual labeling, the information accuracy is 100%, the labor volume of workers is completely replaced, and the occupational hazard of workers is reduced to 0, which fully meets the working condition requirements of the use site.
