RFID technology finds extensive applications in express logistics, packaging, and warehouse management. By attaching RFID tags to each item—including goods, pallets, turnover boxes, and partition boxes—these objects are assigned unique identification codes. RFID readers enable real-time tracking and management across various warehouse nodes. The technology features long-range rapid identification capabilities, while the unique identifiers of RFID tags facilitate serial number management, effectively enhancing anti-counterfeiting measures and ensuring traceability.
A typical solution combines Smart WMS (Intelligent Warehouse Management System) with RFID technology for storage and traceability management of palletized containers. This approach has been implemented across multiple industries, including palletized containers, packaging boxes, and turnover boxes.
I. Market Demand Analysis
These clients primarily focus on warehouse management and traceability systems. They may operate multiple warehouses, including physical facilities and virtual warehouses that can be managed either by the client themselves or third-party organizations. The system requires RFID technology to track operational workflows and inventory movements across warehouses, generating corresponding statistical analysis reports. Key requirements include:
1. RFID-based warehouse management integrated with inbound/outbound processes ensures seamless integration with existing warehouse operations.
2. Multi-warehouse management, including the main warehouse and virtual warehouses (also known as customer warehouses), which play a crucial role in the flow of goods.
3. Manage the inner and outer packaging of items such as pallet boxes and packaging boxes.
4. Integration with the ERP system to enable data interoperability, including data exchange for box management operations.
5. Track the loss and damage of items during circulation, and document the entire lifecycle.
II. Solutions
III. Warehouse Business Management
Warehouse business management involves two primary modules of commodity logistics tracking and warehouse management systems: hardware configuration and system functionality.
The hardware configuration module comprises three sub-modules: serial port selection, baud rate setting, and reader power adjustment. The serial port selection module enables communication port configuration for reader interaction, the baud rate setting module regulates data transmission speed, while the reader power adjustment module optimizes operational power consumption.
The system’s functional modules comprise six sub-modules: product identification, logistics tracking, product warehousing, inventory counting, product outbound operations, and sales records. The product identification module enables pre-entry of RFID data and binding with packaging materials. The logistics tracking module monitors shipment information, including warehouse entry/exit records and real-time location data. The product warehousing module logs storage operations such as RFID tag scanning and inventory updates. The inventory counting module performs physical stocktaking to reconcile actual inventory with system records. The product outbound module documents delivery processes including RFID tag scanning and stock adjustment. The sales records module tracks sales performance with key metrics like transaction volume and timestamps.
The system allows for pre-entry of product RFID information and binding it with packaging materials. For instance, combining Goods A and Goods B into a composite item C, with a barcode assigned to this combined product. A default quantity can be set for composite goods C to indicate their maximum capacity. By linking RFID data with packaging materials (outer packaging), the system enables effective management and tracking of combined shipments.
IV. Application Process of RFID Technology
1. RFID card issuance management
Card issuance can be performed using a desktop RFID reader to initialize RFID tags, with subsequent binding conducted through RFID handheld terminals during operations.
2. RFID Tag Adhesion
The number of RFID tags to be affixed should be determined based on actual requirements. To facilitate reading and enhance efficiency, RFID tags can be attached to different surfaces. In practical applications, 1 to 4 RFID tags may be assigned according to specific scenarios.
3. RFID read/write operation
Mobile RFID handheld terminals can be utilized for data collection in warehouse operations, including on-site processes such as receiving, picking, and verification. These devices run on Android-based applications, offering high scalability and seamless integration across diverse business scenarios.
4. RFID Power Settings
In mobile applications, the handheld device’s RFID detection and sensing intensity settings (ranging from 5dB to 30dB) can be linked to various operational modes (such as inventory entry, shelving, picking, unshelving, and outbound inventory counting) and support manual modification.
5. Virtual Warehouse (Customer Warehouse) Flow Management
Virtual Warehouse (Customer Warehouse) Flow Management is a logistics tracking and warehousing system implemented using RFID technology. Integrating C# programming language, RFID radio frequency technology, and database systems, it utilizes ultra-high-frequency RFID readers to capture item data during inbound and outbound operations, then stores the information in a database. This enables users to monitor the inventory status of purchased goods in real-time with high efficiency.
The logistics tracking and warehousing management system primarily consists of four key components: RFID electronic tags, ultra-high frequency RFID readers/writers, data management systems, and host computers. The ultra-high frequency RFID readers/writers equipped with antennas are installed on warehouse doors, responsible for scanning RFID tags on goods and transmitting data to the management system. When multiple electronic tags enter the reader’s detection range simultaneously, the system can process information from multiple tags concurrently, enabling efficient inventory tracking for goods entering or leaving storage facilities. Upon arrival at a logistics transfer center, the system records the destination address. When goods reach subsequent transfer centers, the system provides detailed tracking information including visited transfer centers and travel routes, offering comprehensive visibility into the entire logistics process.
5. Warehouse Entry Process
1. Create an inbound plan: Generate an inbound plan based on requirements using outbound documents from the main warehouse or previous warehouse.
2. Goods receipt procedure: Conduct deliveries via PC or on-site operations using RFID handheld terminals. Scan RFID tags on outer packaging to retrieve product details, while manually entering information for other items (e.g., lining materials).
3. Shelf management: The RFID handheld device scans the product’s RFID tag to identify product information. For initial warehouses, the shelving task is executed; for transit virtual warehouses, goods are automatically shelved upon receipt.
6. Outbound Process
1. Develop outbound shipping plans: Select combined shipments for outbound delivery based on requirements. During picking, A and B items will be automatically separated for combined shipments.
2. Picking: Perform picking operations based on RFID tags on outer packaging by scanning the tags with an RFID handheld terminal, while manually selecting the lining components.
3. Verification: Perform verification based on the RFID tag on the outer packaging by scanning the tag with an RFID handheld terminal, while manually checking the lining section.
4. After completing outbound processing, generate an inbound order for the next transfer warehouse.
VII. Loss Analysis
1. Traceability Management: Utilizes RFID technology to record cargo movement data and generate corresponding statistical reports, enabling real-time monitoring and statistical analysis of loss incidents. This provides decision-making support for management, allowing identification of warehouses with highest cargo loss rates and tracking of loss cases among RFID-tagged goods.
2. RFID Application Status Report: The report aggregates data from multiple nodes, enabling real-time tracking of goods flow, warehouse locations, and status through RFID records, while offering comprehensive log query capabilities.
RFID technology demonstrates extensive application value in logistics tracking and warehouse management systems. Over time, RFID technology is expected to replace barcode scanning technology and become more deeply integrated into our daily lives. This system is suitable for companies requiring large-scale commodity storage and logistics shipping agencies.
Post time: Apr-08-2026
