RFID technology improves tool management and control efficiency

Since there are many categories of Tools, it is cumbersome to manage and control them, they are easy to lose, and it is impossible to identify the responsible person. RFID technology plays a very important role in the application of tool management, improving the efficiency of tool management, realizing safety, automation and intelligence. It binds tool information through RFID electronic tags, and realizes real-time data update and communication among various departments. Information sharing between companies, RFID technology improves tool management and control efficiency.

The application of RFID technology to tool management can effectively prevent and reduce the loss and theft of tools; it not only simplifies the registration process of tools entering and exiting the warehouse, but also avoids errors due to manual management, and avoids inventory missing or management negligence. Area tracking and location of lost tools can be carried out through the RFID tags of the tools, thus reducing the cost of replacing lost tools.

Functions of RFID tool management system:

Tool information registration: Each set of tools Stored in the warehouse is equipped with an RFID electronic tag, and the detailed information of the tool is sent to the RFID Card issuer.

Storage location and tool bench numbers: Install an RFID fixed reader/writer in each storage location area or tool bench, and bind the number of each RFID Reader to the storage location or tool bench.

Tool movement and lending: Use the RFID reader device to read the RFID information of the tools that need to be borrowed, and save relevant information such as lending time, borrowing department and personnel, borrowing purpose, etc. in the data collector and transmit it to the backend; Returns will be automatically recognized for data updates.

Tools entering and exiting the warehouse: Install an RFID reader at the door of the warehouse to confirm the entry and exit of tools. Identify the "outgoing" or "incoming" in the database corresponding to the tool's RIFD electronic tag and manually click on the screen to confirm the status.

Tool inventory: Tool administrators can use RFID handheld readers or fixed readers to conduct regular inventory and compare it with the backend management system data. Manually check whether the variety and quantity of tools in the storage location and tool table are consistent with the backend system.

Tool maintenance and replacement: The tool administrator checks the label information bound to the tool to confirm whether the tool has reached the specified service life or can no longer be used. If the tool has reached the specified service life and cannot continue to be used, it will be scrapped.

Tools are indispensable in daily maintenance work. Due to the wide variety, complex specifications, and large quantities of tools, it is very inconvenient to control them. RFID technology can effectively manage the borrowing and return of tools, query and track tool usage, and provide full Library-self-service-borrowing-and-returning-machine-source-manufacturer-UHF-touch-screen-borrowing-and-returning-machine.html target='_blank'>self-service management, which is of great significance to the unit's safe production, improved labor efficiency, and maintenance of the life cycle of tool Assets. Paste the RFID electronic tag on the surface of the tool or embed it inside the tool, use a desktop card issuer to bind the tool information with the EPC code of the electronic tag and upload the data to the database. This is equivalent to giving each tool a unique electronic tag. Encoding, RFID reading and writing equipment quickly identifies each tool.

RFID technology realizes efficient and intelligent management of tools and tools. The RFID electronic tag data of tools and tools are automatically identified through RFID readers, which greatly improves the accuracy and efficiency of tool and tool management. RFID automatic identification management replaces the previous manual accounting mode, reducing manual workload and greatly improving accuracy.