On-metal tags are radio frequency identification (RFID) tags designed specifically for metal surfaces. Through specialized materials and structural design, they overcome the signal attenuation and reduced read distance issues faced by traditional RFID tags in metallic environments. Their unique applicability makes them crucial for applications in industry, logistics, healthcare, and other fields.
In industrial manufacturing, on-metal tags are widely used for equipment management, tool tracking, and asset monitoring. While metal surfaces often render conventional RFID tags ineffective, on-metal tags securely adhere to metal surfaces such as machine tools, pipes, and shelves, and operate reliably in harsh environments like high temperature and high humidity, ensuring efficient management of production processes.
Logistics and warehousing are another key application for on-metal tags. When managing metal shelves, containers, or pallets, on-metal tags ensure accurate RFID reader identification, improving warehouse automation. Even in metal-heavy warehouse environments, these tags maintain stable communication performance, reducing misreads and missed reads.
Off-metal tags also have important applications in medical equipment management, automotive manufacturing, and aerospace. For example, in hospitals, metal equipment (such as wheelchairs and surgical instruments) can be accurately tracked using anti-metal tags. On automotive production lines, these tags can be used to prevent misassembly of parts and ensure quality traceability.
Anti-metal tags are suitable for environments beyond standard conditions; their high-temperature and corrosion-resistant properties enable reliable operation in extreme environments. With the continuous development of RFID technology, the application scope of anti-metal tags will further expand, providing strong support for intelligent management across various industries.
