The use of RFID technology in workshop conveyor belt turnover baskets

In the logistics management of modern workshops, RFID technology has been widely used. Among them, RFID technology plays an important role in the use of conveyor belt turnover baskets.

The turnover basket is a reusable logistics device. Its advantage is that it can effectively track and manage logistics operations and improve logistics efficiency and accuracy. The application of RFID technology makes the use of turnover baskets more intelligent and efficient.

In workshops, RFID Readers are usually installed at both ends of the conveyor belt to read the information in the RFID tags of the turnover basket. When the turnover basket passes through the reader, the reader will automatically read the information in the tag and transmit the information to the computer system. The computer system can track and manage the turnover baskets based on the information in the labels to achieve automated management.

Quickly identify and track items

RFID technology can quickly identify and track items in turnover baskets. Each turnover basket has a unique RFID tag that can record its location, contents and other information. On the conveyor belt, the reader/writer can read the tag information in real time and transmit the data to the background system for further processing.

Realize automated management

RFID technology can realize automated management of turnover baskets on workshop conveyor belts. When the turnover basket reaches a specific location, the reader will automatically identify the tag information and trigger the corresponding operation. For example, when the tag shows that the turnover basket is full, the reader can automatically move the turnover basket to the next site or send it to the warehouse.

Track the flow of items

Through RFID technology, the flow of turnover baskets and their contents can be tracked. There is a unique RFID tag on each turnover basket, which records the location of the turnover basket, the contents, the production date and other information. By reading the tag information, the position of the turnover basket and changes in the contents of the turnover basket can be tracked throughout the production process.

Improve data accuracy

RFID technology improves data accuracy. Each RFID tag has a unique ID number, which avoids problems such as human error and double counting. In addition, the reader/writer can read tag information in real time and transmit it to the backend system for further processing, thus ensuring the accuracy and real-time nature of the data.

Reduce costs and improve efficiency

RFID technology can reduce costs and improve efficiency in the use of conveyor belt turnover baskets in workshops. Through automated management, labor costs and error rates can be reduced, and production efficiency and quality control levels can be improved. In addition, RFID technology can also reduce the need for paper documents and manual processing, further simplifying operating procedures and reducing operating costs.

At the same time, RFID technology can also be used for inventory management. In the warehouse, RFID tags can be attached to inventory items, and readers can read the information in the tags and transmit it to the computer system. In this way, automated inventory management can be realized and inventory efficiency and accuracy can be improved.

Industrial grade RFID production line reader

Supports 134.2kHz, 125kHz, complies with ISO11784/5 international standard protocol, is compatible with FDX-B and EMID formats, supports modbus TCP protocol and Modbus RTU protocol, and can be connected to control systems such as PLC/PC/SCM.

RFID technology plays an important role in the use of turnover baskets on workshop conveyor belts, which can achieve more efficient, accurate and real-time material management. RFID technology brings many conveniences and benefits to workshop production and management by quickly identifying and tracking items, monitoring inventory in real time, improving inventory efficiency, realizing automated management, tracking the flow of items, improving data accuracy, reducing costs and improving efficiency.