How to make a one-object, one-yard label

One-object, one-code labeling is a multi-step process whose main purpose is to assign a unique identification number to each item for easy tracking and management. The following are the specific steps and methods of making one thing one code label:

First, choose the appropriate identification technology

First, it is necessary to choose the identification technology suitable for the product. Common one thing one code identification technology includes two-dimensional code, bar code, RFID (radio frequency identification) and so on. Among them, two-dimensional code because of its large information capacity, easy to generate and scan and other advantages, is widely used in the production of one-object-one-code label.

2. Design label content

When designing the label content, it should include product-related information and a unique identification code (such as a two-dimensional code). Product information may include product name, specifications, production date, expiration date, batch number, etc. This information will be converted into a QR code or other form of identification code for subsequent scanning and query.

3. Generate identification code

Use QR code generating software or online generator: Input product information into the QR code generating software or online generator to generate the corresponding QR code. These software typically offer a variety of styles and configuration options that can be customized to suit your needs.

Batch generation: If you need to make a large number of one-thing, one-code labels, you can use batch generation tools or platforms, such as grass QR codes. These tools support importing data from data sources such as Excel spreadsheets, automatically generating large numbers of QR code labels, and supporting downloading and printing.

Four, design the label style

Use design software (such as Adobe Illustrator, Photoshop, etc.) to style the label. The label style should be concise and easy to identify, while containing the necessary brand elements and product information. During the design process, attention should be paid to the placement and orientation of the QR code to ensure that it is easy to scan.

5. Print labels

Select the appropriate label material and printing method, and print out the designed label. The label material should have the characteristics of durability, water resistance and wear resistance to ensure that the label remains clear and readable during long-term use. The printing method can choose inkjet printing, laser printing or professional label printer.

6. Attach labels

Attach the printed label to the product. The location of the attachment should be easy to scan and identify, while not affecting the beauty and use of the product. During the attaching process, pay attention to the flatness and firmness of the label to avoid falling off or damage.

Seven, establish a database system

Establish a database system to associate each product identifier with the corresponding product information. This system will be a central repository of product information for subsequent tracking, inquiry and management. By scanning the identification code on the label, you can quickly obtain the detailed information of the product, and achieve the management goal of one object, one code.

8. Testing and verification

Finally, the one thing one code label is tested and verified. By scanning the identification code on the label, check whether it can correctly parse out the product information and ensure the accuracy and stability of the database system.

To sum up, the production of labels for one object and one code is a process involving multiple steps and links, which requires careful planning and execution. By selecting the appropriate identification technology, designing the label content, generating the identification code, designing the label style, printing the label, attaching the label, establishing the database system, and testing and verification, we can produce high-quality one-object one-code labels, and improve the tracking and management efficiency of the product.