We Bring Jewelers Together with RFID and Keep Jewels Safe!


In the jewelry industry, it is the optimal solution for tracking and managing inventory, verifying and securing valuable pieces.



One of the key benefits of RFID technology in jewelry is improved inventory management. With RFID tags, store associates can quickly and easily scan the entire store to see what products are in stock and where they are located. This can greatly reduce the amount of time and labor required for inventory management and can also help reduce loss and loss due to theft. Another benefit of RFID technology in jewelry is increased security.

RFID tags can be programmed with unique identification numbers that can be used to track the whereabouts of specific items. This can be particularly useful for high-value items such as diamonds or gold.

You can leave the stress of count times behind.

You can instantly detect missing products on the shelves.

You can perform untouched store stocktakes more frequently and a hundred times faster.

You can make your sales without interrupting your sales during counting and save time.

You can make your counts with less personnel cost.

How does the RFID JEWELRY SYSTEM work?

  • RFID Tags: A small RFID tag or chip is implanted in each piece of jewelry or jewelry product. These tags contain the product’s unique ID and related data.
  • RFID Readers: RFID readers located inside the jewelry store or in various locations detect RFID tags in the environment and read the information.
  • Data Transmission: When the customer wants to buy the product, the jeweler brings the RFID tag of the product to the RFID reader. The reader reads the information on the tag and starts processing this information.
  • Payment and Transaction: The reader displays the price of the product and other relevant information on the screen. The customer makes the payment and purchases the product.

Advantages of the System

Tracking and Traceability

The system provides traceability of products throughout the supply chain, from the source to the end user.

Inventory Accuracy

Inventory recording of products becomes more accurate and reliable. This ensures that missing or excess stock is avoided.

Fast Counting and Tracking

All jewelry inside the store can be tracked instantly with a single readout.

Theft Prevention

The system can trigger alarm systems when a product is attempted to be stolen from the store.

Data Accuracy

Reduces manual data entry errors and helps prevent incorrect product information.

Areas of Use

This automation, which takes care of the security of valuables, is used everywhere that sells jewelry products, especially in jewelry stores, watchmakers and opticians.





Intelli Count RFID



RFID textile systems involve the use of RFID tags and readers to track and manage textile products. These systems enable products to be tracked and managed throughout the entire process from production to sale, thus increasing efficiency on the production line and checking for counterfeit products.

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RFID Usage in the Leather Industry

RFID Usage in the Leather Industry

The use of RFID technology has emerged as a game changer in various sectors, including the leather industry. RFID Usage in the Leather Industry increases the efficiency, traceability and overall management of leather products throughout the supply chain.

Advanced Inventory Management

RFID tags embedded in leather goods enable precise tracking of inventory in production and distribution. This technology facilitates real-time monitoring of stock levels, reducing the possibility of stock-outs or overstocking. Manufacturers optimize inventory levels with RFID. This allows them to streamline production processes and increase overall operational efficiency.

Enhanced Traceability and Quality Control

RFID enables seamless traceability of leather products from origin to the end consumer. The RFID tag contains identifiers that can be linked to detailed product information such as origin, processing methods and quality certificates. This level of traceability not only increases consumer confidence, but also facilitates quality control measures, allowing manufacturers to quickly identify and resolve problems.

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Streamlined Supply Chain Management

RFID technology facilitates the automation of various supply chain processes, resulting in greater efficiency and cost savings. Furthermore, by accurately tracking the movement of materials, semi-finished and finished products, RFID enables better coordination between different stakeholders in the supply chain. In addition, RFID-enabled systems automatically generate shipping and receiving documents, reducing paperwork and minimizing errors.

Advanced Brand Protection

Counterfeiting and product diversion pose significant challenges for the leather industry. RFID technology authenticates genuine products and detects unauthorized distribution channels. This provides a robust solution for brand protection. By implementing RFID-enabled anti-counterfeiting measures, leather manufacturers protect their brand reputation and consumer trust.


The adoption of RFID technology is revolutionizing the leather industry by improving efficiency, traceability and overall supply chain management. As the technology continues to evolve, its integration into leather production processes will become increasingly widespread. This will lead to greater innovation and competitiveness in the industry. Adopting RFID represents a significant opportunity for leather manufacturers to achieve operational excellence while meeting the demands of an increasingly discerning market.

How to do Fabric Tracking with RFID?

How to do Fabric Tracking with RFID?

Using RFID for fabric tracking is an effective method to optimise inventory management, production tracking and supply chain processes in the textile industry. Here is a step-by-step guide to using RFID for fabric tracking:

  1. RFID Tag Selection:

    • Suitable RFID tags should be selected for fabric tracking. These tags should have materials and durability suitable for the textile industry.
  2. Labelling:

    • A unique RFID tag must be applied to each fabric product. This tag can contain the type of fabric, its properties and other important information.
  3. Data Recording:

    • The unique identifying numbers assigned to the RFID tags and the associated information must be stored in a database. This makes it possible to trace the fabric.
  4. RFID Reading in the Production Phase:

    • At different stages of the production process, fabrics are scanned using RFID readers. At each point where the fabric passes through these stages, tag information is read and recorded by the RFID reader.
  5. Warehouse Entry / Exit Operations:

    • When fabrics enter or leave the warehouse, these transactions are recorded using RFID readers. This is important for inventory management.
  6. Monitoring and Reporting:

    • Thanks to RFID tags, the movement of fabrics is tracked and this information is provided in reports. This can be used to optimise the production process, strengthen inventory management and facilitate debugging.
  7. Integration:

    • The RFID system must be integrated with other business processes and information systems. This enables the interaction of fabric tracking data with other business processes.
  8. Internet of Things (IoT) and Smart Manufacturing Applications:

    • RFID technology is often used as part of IoT and smart manufacturing applications. This enables real-time monitoring, automated decision-making and communication between systems.

The use of RFID for fabric tracking is often aligned with industry 4.0 principles and digital transformation goals. In this way, production processes can be made more efficient and supply chain management can be strengthened.


Augelab in Fabric Quality Control

Augelab in Fabric Quality Control

With Augelab, the fabric manufacturing and apparel industries are sectors that are scrutinized in terms of ensuring the quality of products and increasing customer satisfaction. In these industries, the accuracy and efficiency of quality control processes have a major impact on business success. Given the tendency of traditional manual methods to lead to human errors and complexity of processes, state-of-the-art image processing systems and automation technologies in this field are of great importance.

Augelab is a company that excels in fabric quality control and outperforms its competitors in terms of price performance. Augelab’s image processing technologies provide fabric manufacturers and garment industry professionals with a high level of capability to deliver reliable and fast quality control solutions.

Errors caused by the human factor at quality control desks increase production costs. It can also affect product quality. Augelab’s image processing systems are specifically designed to overcome such problems. Advanced cameras and software solutions minimize human intervention. This ensures accurate results are consistently achieved.


Augelab offers an easy-to-use interface for fabric manufacturers and garment industry professionals. Beginners can quickly adopt the system, while experienced professionals can use the technology effectively. Easy setup and operation increases productivity while reducing time and training costs.

However, people who want to closely examine the performance and experience of Augelab products can visit the Teknopalas Center. This center offers the opportunity to explore Augelab’s technologies in a comprehensive way. Visitors can examine the products and experience the systems in this center. They can also learn more by talking to experts. This experience is an important step in understanding how to achieve leadership in the field of fabric quality control.

As a result, Augelab is a leader in fabric quality control in terms of price performance and ease of use. Advanced image processing technology ensures the continuous production of high-quality fabrics. In addition, it makes it possible to offer excellent products to customers. You can visit Teknopalas IoT Experience Center to take a closer look at Augelab. Thus, you can have the opportunity to understand and use this important technology.