At many companies face difficult to dismiss workers and labor costs and other factors, greatly limited the size of the company growing demands, especially orders more and more varieties more and more complex, the problem such as shorter lead time requirement, warehouse turnover efficiency more and more demanding, traditional management can’t adapt to, the reality request must use simple rapid technology to improve efficiency and solve the problem.
To introduce the application of two dimensional barcode technology for aluminum warehouse management, can solve the traditional management mode, to adapt to the development of the modern enterprise management requirements. For a simple and fast operation, can deal with aluminum in and out of the warehouse, storage, inventory etc. Large amounts of data management.
1 two dimensional barcode technology application
Through the simple operation, the emergence of a dimensional barcode, can greatly improve the data collection and information processing speed, but there a dimensional barcode birth defects, only can record a limited amount of information, must rely on background database and the support system, in order to obtain more information, on-site management for aluminum extrusions, cannot understand the production order information, product information in time, etc., it is difficult to solve the problem of low efficiency, therefore, the introduction of two dimensional barcode management, two dimensional barcode not only have simple characteristics of one-dimensional bar code, with the advantages of the large volume, high reliability, strong confidentiality, can be read from the two dimensional barcode aluminum response information, including the order number, type, length, color, quantity, etc. Two dimensional barcode consists of line type two dimensional barcode and matrix two-dimensional bar Code, in this paper, using the matrix of two dimensional barcode QR Code (Quick Response Code).
2 of the application of two dimensional barcode in aluminum warehouse
For large aluminum plant, tens of thousands of tons of aluminum extrusions out daily warehousing, hundreds of thousands of tons of aluminum deposit, a wide range of orders have different customer’s requirements, matters needing attention, and many other information, existing diversified and complicated, and the current packaging cannot reflect so detailed information, especially the fuzzy information of packing, the aluminum out of the warehousing, storage, transportation, very prone to chaos order number, the information is not clear and artificial assumption wait for a phenomenon, cause there is no guarantee that accurate directly into the warehouse, the warehouse, warehouse, shipping, and quality tracking information, often turn warehouse out warehouse error, delay in delivery, the phenomenon such as management confusion, greatly increase the cost of production and management. So the introduction of the combination of two dimensional bar code technology with ERP system, ensure the accuracy of the aluminum all information, effective coordination in and out of the warehouse and store delivery management.
Accuracy according to the characteristics of aluminum for the effectiveness of the management, this paper adopted widely used QR two-dimensional bar code technology, mainly including content are: aluminum order number, model number, specification, color and so on product attributes; To facilitate the tracking, and at the same time record aluminum storage time, storage quantity, operation personnel, storage warehouse information such as; According to some of the customer needs, can be added to the product the customer name, special instructions, etc. Due to the diversity of information, this is the traditional manual and one dimensional bar code can achieve, using QR two-dimensional bar code technology, can satisfy the requirement of the aluminium profile management.
In the process of using two dimensional barcode, considering the aluminium profile of the convenience of storage, handling and read, two dimensional barcode label must have impact resistance, corrosion resistance, resistance to damp characteristics, and paste in on both ends of the position, to avoid more friction and easy to find, to improve the speed of data acquisition.