RFID ink screen electronic paper labels lead the intelligentization of automobile production line picking systems

With the expansion of the scale of automobile production lines and diversified product demands, the traditional manual-based picking method has shown some limitations. The traditional manual picking method based on work orders is still the parts picking method used in most automobile manufacturing plants in my country. Although manual picking of materials is guided by printed paper work orders, it requires workers to be very familiar with the different types of parts for each car model and require a high degree of concentration. In order to improve the efficiency and accuracy of picking, visual electronic paper has become an important Tool for picking systems in the automotive manufacturing industry.

Visual electronic paper is a displayable label developed using electronic ink technology and RFID. The tags feature an e-reader-like ink display with a clear display and long battery life. Visual electronic paper can repeatedly erase and update information, so it is very suitable for use in the picking system of automobile production lines.

Picking instructions: Visual electronic paper can display the information of the parts to be picked during the picking process, including material number, specification, quantity, etc. Workers only need to pick accurately according to the instructions on the label, which improves the accuracy and efficiency of picking.

Picking records: Visual electronic paper can record information during the picking process, such as picking personnel, picking time, etc. This facilitates tracking and management of picking records, as well as subsequent data analysis and review.

Inventory management: By installing ink screen labels on parts containers or shelves, inventory quantities and related information can be displayed. Workers can quickly identify the required materials based on the information on the labels, reducing the time to find goods and the difficulty of inventory management.

Equipment positioning: Visual electronic paper also has UWB indoor positioning function, which can quickly locate the location of equipment equipped with visual electronic paper through the UWB base station.

Energy saving and environmental protection: Visual electronic paper has super standby capability and can be reused without replacement, reducing the use of traditional paper.

In summary, visual electronic paper, as an intelligent technical solution, brings innovative solutions to the automobile production line picking system. Through its characteristics of high contrast, energy saving, environmental protection and long-term information preservation, it improves picking accuracy, work efficiency and data management capabilities. With the continuous advancement of technology, it is believed that the application of visual electronic paper in the automobile manufacturing industry will be further expanded, providing more possibilities for enterprises to implement intelligent and efficient automobile production line picking systems.