IFAST IOT technology helps intelligent e-commerce warehousing

In recent years, China's online shopping market has been booming. According to statistical data, the scale of China's online shopping transactions exceeded 1 trillion yuan in 2019. From the perspective of the online shopping structure, B2C accounts for 29.7% and shows a continued increasing trend. However, with the promotion and application of online shopping, e-commerce and other fields, the disadvantages caused by lagging logistics capabilities have become more and more obvious, including missed orders, wrong orders, delayed shipments, duplicate shipments, liquidated warehouses, congestion and paralysis, and poor accounting records. Problems such as discrepancies are common and have attracted the attention of more and more e-commerce companies. Behind the application of e-commerce price competition market, merchants' various processes of receiving, inspecting, ordering, shipping and delivery must be supported by smooth logistics and high-quality warehousing management.

       Traditional warehouse management generally relies on a non-automated, paper-based system to record and track incoming and outgoing goods. It is mainly based on manual management, which is very inefficient and has a high error rate. In today's increasingly competitive market, if e-commerce companies want to seize the opportunity, they must fundamentally solve various problems in warehouse management. After years of application development, RFID technology has been widely used in various fields. The intelligent warehouse management system developed by IFAST IOT Technology uses RFID to manage real-time information in the warehouse. It uses electronic tags installed on pallets and shelves to meet warehouse management needs through modern means, improve picking speed and reduce error rates. The purpose of liberating labor and saving management costs.

       IFAST IOT technology RFID intelligent warehouse management system relies on the company's existing ERP system, combines radio frequency technology, barcode technology and wireless network, integrates software and hardware systems, focuses on the warehouse, and fundamentally ensures actual operation and logistics status. As well as the accurate unification of the three aspects of the backend database anytime and anywhere, further improving operating efficiency and achieving scientific management of the warehouse. At the same time, the system is connected to various online sales platforms to complete inbound quality inspection, goods shelving, inventory management, order acceptance, goods sorting, outbound return, etc., to achieve one-stop logistics and warehousing services.

       IFAST IOT technology's RFID warehousing function can realize: 1) Inbound management - the forklift places the goods on the corresponding pallet on the designated shelf according to the instructions, and binds the pallet information and shelf information, and uniformly transmits them to the server; 2) Outbound warehouse Management - the forklift goes to the designated shelf according to the instructions to scan the shelf labels, scan the outgoing pallet information, and then send out the warehouse after the background comparison is correct. At the same time, the outgoing pallet information is transmitted to the server; 3) Inventory management - scan the shelves and pallet labels, and perform Dynamic real-time management; 4) Intelligent shelves - comparison of shelf label information and pallet label information, if the placement is wrong, an alarm will be prompted; 5) Transfer shift - this operation does not increase or decrease inventory goods, by reading and modifying pallet labels and Shelf label information completes the transfer of goods; 6) Inspection management - real-time sampling of pallet and shelf label information, checks their comparison relationship, and reduces human operational risks; 7) Report analysis - provides inventory turnover analysis, warehouse utilization analysis, etc., and can Alarm prompts for stranded goods.

       Before the goods are put into the warehouse, the goods are entered into the warehouse receipt information and RFID electronic tags are produced. Electronic tag management identification is established for each batch/box/piece of products. Each tag has a unique ID code to correspond to the relevant information of the product. , through this step, the initial information of the goods is collected. The system's electronic warehousing receipt must correspond to the RFID tag. When the electronic goods warehousing receipt is saved, the system will automatically add it to the inventory of the corresponding product.

       In the specially designated safety area, the warehouse manager will receive the goods according to the goods receipt receipt. If the goods are accurate, the electronic label will be affixed to the goods and they will be put into storage.

       When goods enter the warehouse entrance, they need to read the RFID tag code through the door reader installed at the warehouse entrance. All goods recorded through the RFID channel door will be automatically recorded in the system and a warehouse record will be generated.

       After the goods are put into the warehouse, they should be placed according to the prescribed area partitions so that the warehouse management can check them at any time, and it is also convenient for the readers set up in the warehouse goods area to carry out automatic inventory work.

       In the entire warehouse management, the warehouse management can take inventory of the warehouse at any time through the reader and writer set up in the warehouse goods area, and automatically generate inventory documents, making the inventory work convenient and fast. When the inventory quantity does not meet a certain amount, the system can alarm. Combining the receipt plan, pick-up plan, etc. specified by the supply chain planning system with RFID, various business operations such as designated stacking areas, shelf picking, and replenishment can be completed efficiently.

       During the sorting process, RFID mainly provides the identification method of the goods to be sorted. The RFID Reader reads the label information and performs the sorting operation according to the system settings.

       When the warehouse manager receives the goods out-of-warehouse receipt order, he will find and clean the goods that are consistent with the out-of-warehouse receipt order, put them on the trolley, and prepare to go out of the warehouse. In order to quickly handle the out-of-warehouse process, a handheld terminal can be used The reader and writer perform searches to improve efficiency.

       When the goods leave the warehouse, they need to read the electronic tag through the channel reader and writer set up at the warehouse exit, and automatically generate a record and output the warehouse order. When the goods leave the warehouse, the system automatically reduces the inventory quantity.

       In the designated area, the warehouse manager will inspect the goods according to the goods delivery order to ensure the accuracy of the shipment. If errors are found, remedial measures can be taken in time to correct them.

       When the warehouse confirms that the shipment is correct, the electronic tags of the shipped items will be recovered for reuse.

       IFAST IOT Technology has advanced RFID equipment design, development and production lines, which can provide users with reasonable supporting RFID product solutions. IFAST IOT Technology provides a full-process service mechanism such as pre-sales consultation, program planning and implementation, and after-sales tracking and maintenance. It insists on recommending the most suitable products and solutions based on the actual needs of customers, truly helping customers improve warehouse management efficiency and reduce management costs.