Tags

The primary advantage is that RFID does not require line-of-sight scanning. A barcode must be seen individually by a scanner, while an RFID scanner can read dozens of RFID tags simultaneously through obstacles, dramatically speeding up processes like inventory counting.

Selection depends on the item you’re tracking. Use standard UHF tags for cardboard boxes and general inventory. For metal assets like tools or racks, you must use specialized on-metal RFID tags. For textiles or harsh environments, choose laundry or durable epoxy tags.

Yes, but you cannot use a standard tag. Metal interferes with radio waves, so you need a specific on-metal RFID tag that has a special protective barrier or is designed to use the metal surface to enhance its signal.

Read range varies, but for passive UHF tags commonly used in inventory management, the range is typically between 1 to 10 meters. This depends on the tag size, the reader’s power, and the environment.

Yes. The RFID scanner collects raw data (unique tag IDs). You need RFID middleware or software to translate those IDs into meaningful information (like item names and locations) and integrate it into your existing inventory or asset management system.

No, the physical installation is straightforward. The most time-consuming part is the initial planning and tag selection. The actual process of applying tags and setting up the scanner can be done quickly, especially with a clear guide.

Absolutely. Many businesses run a hybrid system. RFID tags can be used for fast, bulk inventory counts, while barcodes remain for point-of-sale scanning or for items where RFID is not cost-effective. Many modern RFID scanners also have a built-in barcode scanner for this purpose.