RFID in the Garment Industry

RFID in the Garment Industry

What is RFID Garment Tracking?

What is RFID Garment Tracking

The RFID Garment Tracking was a wearable device merged with the RFID technology. This wearable device was an RFID-powered one manufactured in the garment. This RFID device was designed for people who wanted their device to appear as an accessory.

Unlike other RFID devices, this one was made from durable fibers. Through this device, tracking, cashless transactions, and a snap for a manageable workforce have never been so successful.


When will the RFID Garment be applicable?

When will the RFID Garment be applicable

The RFID garment is a trendy thing that one can purchase in an RFID store. Although it is aesthetically made to be suitable with the designs made to a fabric, the RFID garment could be a lot more useful than expected.

The RFID Garment can be applied in retail stores, supply chains, warehouses, inventory, boutiques, and a lot more. The RFID Garment was meant to smoothen the work of the people in the fashion industry.


While RFID manufacturers are currently improving the device to avail more features, RFID garment tracking is one of the safest things that most retail stores are utilizing. As it ensures a high-security level and reduces backlogs on the workload of the employees, RFID garment tracking is an effective tool that one who loves to follow a trendy fashion must-have.


How was the RFID in the Garment Industry manufactured?

How was the RFID in the Garment Industry manufactured

The RFID garment will undergo intricate manufacturing processes to ensure its high quality and durability. Each process the garment would undergo utilized state-of-the-art equipment to ensure its sanitation.


How do manufacturers make the RFID garment? Let us identify how a simple fabric became a powerful wearable device that one could have.



  • Choosing the Right Fabric

Choosing the Right Fabric

The first stage of manufacturing RFID in the garment industry is choosing the right fabric needed for this process. In this stage, the manufacturing companies are looking for the right garment that they would use to produce the RFID garment tracking. They must consider the right texture, the high durability feature of the garment, and how it was typically made.

If other manufacturing companies are making woven RFID from scratch, they will be looking instead for the right threads to be used. However, this may vary per company. For highly-technological companies, they must ensure that the garment is strong enough to be produced as an RFID device.



  • Fabric Quality-Checking

Fabric Quality-Checking

After the manufacturers have found the fabric that they need, they will proceed to check the quality of the fabric they will use. Manufacturers would use their strategies to check the fabric’s durability, testing whether it could surpass all the necessary manufacturing processes it needed to undergo. The primary purpose of checking the quality of the fabric that will be used is to ensure that it fits the criteria. Hence, making the product not just cost-effective, but also long-lasting.


  • Fabric Cutting Process

Fabric Cutting Process

When quality-checking of the fabric was successful, the next stage of manufacturing would be the cutting process. Here in this stage, the fabrics are now being cut on their recommended length and width.

The size of the fabrics may vary on the desire of the client. Cutting the fabrics is done by the hands of the workers, through the use of technological equipment alone, or both. Within this process, the workers must supervise the outcome of the process to prevent minor glitches and to resolve mistakes in its cutting.



  • Fabric Designing

Fabric Designing

If all the fabrics have been cut successfully, these newly-cut fabrics are now heading towards another stage where the client and the manufacturer must agree- designing the fabric. This crucial part allows clients to impart their desires regarding the overall aesthetic of the RFID garment.

However, the manufacturer must see to it that the customer’s demands are doable for the fabric. Aside from designing it, it is a great opportunity for the manufacturers to gain much more stable partnerships with their clients. This stage is collaborative in nature as both the company and the client must finalize its design and other concerns before doing it in actuality- customizing it.



  • Customization of the Garment’s Overall Designs

Customization of the Garment’s Overall Designs

In this stage of manufacturing, the fabrics must undergo customization after the designs and other styles are finally approved by the manufacturers and the clients.

These customizations now focus on how the designs may appear in reality. Technologically advanced manufacturing companies may use the latest printing equipment available to ensure that the garment RFID is not just of its best quality, but also that the designs are embedded better.


As the fabrics undergo the customization process, it is expected that the designs agreed upon by the manufacturers and the clients will be slightly different from what initial plan.

However, this could be settled well. Although checking the designs is necessary, you don’t need to worry much. The RFID garment tracking is printed in high resolution to achieve a consistent design that will not fade easily.



  • Embedding RFID Tag

Embedding RFID Tag

After the RFID garment has finally been customized with the help of high-tech equipment, it is time to embed the RFID tag. This process will now focus on the center of the attraction- the activation of the RFID tag. Take note that the RFID tag has two types- the passive one and the battery-operated one.

The RFID tag would serve as the way toward swiping-only transactions. The garment industry can now work smoothly with just a scan of an RFID reader. Through the help of RFID technology, the garment industry can now do transactions such as cashless transactions, inventory management, warehouse management, fabric tracking, and many more.

Additionally, the materials used for the embedded tags can be classified into two: inlay and hard tags. Inlay Tags are made from plastic materials with stiff and thin features to prevent them from being ripped apart. On the other hand, hard tags are made from durable materials such as metal.



  • Product-Checking and Testing

Product-Checking and Testing

When the RFID garment tracking has been finished with the customizations and the embedding of the tag, the product will now undergo its initial testing. The RFID garment tracking will now be tested whether the RFID tag will function or not. Moreover, this stage would also test the durability of the fabric once again to ensure the printed designs would last after it was printed and undergo some manufacturing stages. Assuring that the RFID garment tracking being manufactured would be safe to use, with no defect, achieved what the clients’ desired for its overall appearance, and successfully passed the international standards for the product. When all the factors have been carefully considered, it is now safe to be packaged.


  • Safe Packaging

Safe Packaging

The concluding stage is where the RFID garment tracking must be stored properly. The RFID garment tracking products that have been manufactured are carefully stored in a durable box and sealed properly. The packaging process would then ensure that the products are properly labeled and would not be defective throughout the delivery days. When the package is ready to be delivered, expect it to come to your house in a few or several days.


Final Takeaway


Final Takeaway

The role of RFID in the garment industry is too essential to be avoided. While other industries have taken the opportunity to use RFID technology to adopt a smooth workflow and strengthen their digitization process, RFID garment tracking could be a great deal to achieve such a promising feature for the garment industry.

Understanding the intricate process of RFID garment tracking allows us not just to appreciate how the manufacturers value the creation of these RFID devices or products, but for us to realize how game-changing the technology would be when several industries are powered by such technology.

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