According to relevant data from the jewelry industry investigation, a regular jewelry store may seem simple to manually inventory its products, but in reality, it takes an average of about five hours. Therefore, even if the store employees have a high rate of inventory work, it is difficult to achieve daily scheduled inventory.

In fact, compared to other luxury goods, the inventory work of jewelry is particularly important. Firstly, jewelry products are high-value products, and the various indicators and parameters related to jewelry products are both professional and cumbersome; Secondly, due to the relatively small size of jewelry, sometimes a magnifying glass is needed for inventory, and it may easily fall into a corner in a hurry. In addition, managing stores with multiple jewelry counters also requires conducting inventory work on jewelry to prevent theft and theft of valuable jewelry. Today, with the rapid development and application of RFID technology, the electronic and information-based management of RFID in jewelry has become an important means of inventory management and sales management.

RFID jewelry management is the process of attaching RFID electronic tags to valuable jewelry products, combined with jewelry inventory equipment installed on the counter to monitor, control, and track labeled jewelry, achieving fast inventory and real-time management functions. Thus, comprehensive tracking and recording of the import, export, and sales process of jewelry products can be carried out, replacing cumbersome and inefficient manual management and barcode scanning modes with automated and accurate new methods. Recently, a foreign company is deploying a new smart jewelry tray based on RFID technology at a global jewelry retailer, which is expected to increase the penetration rate of RFID technology in the jewelry industry.

The RFID smart jewelry tray stores unique ID information for each piece of jewelry or watch by attaching an RFID tag to it. When jewelry is placed on a tray, the built-in ultra-high frequency RFID reader will read the information in the RFID tag. The RFID reader then uploads the read RFID tag information to the server through the built-in RFID antenna. The server processes and analyzes the received data to achieve precise tracking and management of jewelry.

It is reported that in order to ensure accurate and high-performance reading, the company has constructed shielding material arsenic around the outer edge of the tray. Building shielding materials around the outer edge of the tray can disperse RF signals and prevent RFID tag items from being inadvertently read from adjacent trays or nearby trays. The selection and layout of this shielding material need to be carefully designed to ensure that it can effectively prevent misreading without affecting normal reading operations.