Basic Knowledge of RFID Utilization: What is RFID?

basic information

*RFID Tag RF tags are integrated devices that combine an IC chip with written information and an antenna for communication. They can identify multiple objects simultaneously and can also identify items contained in cardboard boxes or bags. Depending on the type, you can choose between passive tags (which do not require a battery) and active tags (which have a built-in battery). RF tags can be broadly categorized into label types, resin types, paper types, and hard types, allowing users to select the most suitable shape for their applications. *RFID Reader/Writer Using an RFID reader/writer terminal, you can read and write data stored on RF tags. RFID reader/writers can be selected based on their applications, including stationary types, gate types, and handheld types. The data that is read (received) is processed on applications via higher-level devices such as computers or smartphones. Additionally, our company offers autonomous readers that can perform data processing on the reader side without the need for a computer. *Application To effectively utilize the acquired performance data, application development is essential for controlling the reader/writer, integrating with core systems, and visualizing data.

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Applications/Examples of results

I want to improve the efficiency of inventory management. We can accurately track inventory within the warehouse. There is no need for barcode scanning, and bulk reading is possible. We can grasp the location and quantity of inventory in real-time, allowing us to place orders and replenish stock at the right time. I want to eliminate the loss of returnable boxes and pallets. In logistics, the loss of pallets and roll containers is a problem. By using RFID, we can accurately track the location of these items. I want to automatically collect work performance data. By attaching RFID tags to work tickets or kanban cards and simply placing them on an antenna, we can automatically collect work hours. This allows for a review of worker allocation and leads to improved production efficiency. I want to improve the efficiency of mold management. In manufacturing, managing molds is crucial. By attaching RFID to molds, we can track their location and usage history. I want to accurately manage the borrowing and returning of tools. By managing the borrowing and returning of tools within the factory using RFID, we can reduce human error and prevent tool loss. I want to reduce human error in inventory tasks. Inventory tasks require accuracy, but by implementing RFID, we can automatically collect data and minimize human error.