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In recent years, the ceramic industry has not been an advertising war or a brand war; it has not been a hand-to-hand imitation war, or an incisive price war; it has not been a battle between projects or regions. The competition between enterprises is fierce and profit margins are constantly decreasing. Coupled with the infinite increase in the cost of raw materials, the continuous increase in the price of spare parts, and the increase in the price of packaging boxes, these have intensified the competition in China’s ceramic industry.
Tianjin Little Bee discovered that in the finished product warehouse of the ceramic factory at this stage, the products are basically packed in cartons. The packaging workshop shipped the boxed products. First, some of the goods requested by the customer were picked out, and the rest was stored in the warehouse as inventory. If the product requested by the customer did not come at the time, they would look for it in the warehouse. Because it is mainly for domestic sales, there are many types of instruments and patterns, which add up to thousands of varieties, and new products are often introduced. The production of various products is also very unstable, and positioning management cannot be achieved. This leads to inaccurate inventory, serious skew, no goods, and chaos. The finished product warehouse of the ceramic factory is very chaotic.
In the above-mentioned situation, in the case of increasingly fierce competition, if even the basic internal warehouse management cannot be done well, it will undoubtedly be even worse for the enterprise.
In terms of warehouse management, in addition to the traditional division of functional areas and strengthening of regulatory management, companies can also useRFIDTechnically carry out warehouse management, strengthen the responsiveness of enterprise warehouses, and solve problems in warehouse management.
RFID applications are in a wide range of industries. Little Bee believes that the focus of applying technology to various industries is to integrate RFID technology with the business processes of various industries, so as to fully utilize the advantages of technology and truly bring operational efficiency to the enterprise according to local conditions. And return on investment. With the application of RFID technology in warehouse management, the design of the business process must conform to the basic logic, conform to the actual situation, simple, practical, and standardized. Through the process of information transmission, it is convenient for the overall work arrangement and collaboration.
Generally speaking, the process of modern warehouse management is as follows: After the purchasing department sends a purchase order to the supplier, the supplier arranges the delivery. After the receipt verification procedure, the warehouse management department arranges the warehousing of the goods and sends the goods to the financial department. Library documents. The warehouse department should regularly check the inventory of the goods in the warehouse to check whether it is consistent with the inventory data, and update the inventory data of the warehouse management, send it to the financial department, and adjust the inventory information of the inventory. When the sales department accepts the customer’s order and arranges the delivery, the warehouse department arranges the customer to send the goods according to the order.
Warehouse management warehousing process
1 The warehouse receives the delivery notice from the supplier.
2 The warehouse management system selects the warehouse according to the type of goods, and then allocates the warehouse area and storage of the goods according to the selected warehouse.
3 When the goods arrive at the inspection area, the fixed RFID fixed reader at the entrance of the warehouse reads the tags of the goods in batches through the antenna, collects the information of the goods, and confirms the number of harvested goods in the warehouse.
Acknowledge and check with the cargo notice.
4 After the check is completed, the warehouse management personnel will put the goods on the shelves according to the arrangement of the cargo space.
Inventory counting process
Modern inventory management involves a large number of complex products, and its business and structure are extremely complex, which requires very high information accuracy and timeliness.
During inventory counting, the quantity and quality of the goods in the warehouse are counted, mainly to check the actual quantity and the book quantity. Traditional inventory is time-consuming, labor-intensive, and error-prone.
All these RFID solves these problems. When there is an inventory plan, the RFID handheld terminal is used to carry out the inventory scan of the goods, and the information of the inventory can be transmitted to the back-end database through the wireless network and carried out with the information in the database. Comparing, the generated difference information is displayed on the RFID handheld terminal in real time, and it is provided to the inventory staff for verification. After the inventory is completed, the inventory information is checked with the database information in the background, and the inventory is completed. In the inventory process, the system uses RFID non-contact reading (usually within a range of 5-7 meters) to read clothing goods information very quickly and conveniently. Compared with the traditional model, it will improve a lot of efficiency and inventory accuracy. sex.
Picking and outgoing process
According to the clothing picking plan, the goods are sorted and processed, and the warehouse is managed. If the number of clothing is large, the clothing is sent to the warehouse door in batches, and the fixed reader-writer is used to communicate with the tag to carry out the delivery of the goods. RFID electronic tag collection, check whether it corresponds to the plan, if there is an error, handle it manually as soon as possible. For a small amount of clothing, RFID handheld terminals can be used to collect information from RFID electronic tags (handheld scanners or RFID tablet computers). When errors occur, an alarm will be issued and the staff should deal with them in time.
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