







UHF RFID (Impinj E310 Chip) • Barcode Scanning • HID Mode SR160 UHF RFID Reader Chainway SR160 is a powerful UHF Scanner that supports bot...






UHF RFID (Impinj E310 Chip) • Barcode Scanning • HID Mode SR160 UHF RFID Reader Chainway SR160 is a powerful UHF Scanner that supports bot...



RFID enables contactless identification and tracking using radio communication. Our range includes RFID tags, readers, antennas, modules and RFID printing and encoding solutions for warehousing, logistics, manufacturing and asset tracking.
Every RFID solution starts with suitable RFID tags and equipment that communicates with them. Depending on the application, you can use an RFID reader or a fixed installation based on an RFID module and RFID antennas.
UHF RFID is typically used when longer read ranges or the identification of multiple tags are required. Common applications include inventory, logistics, goods tracking and asset management. NFC operates at close range and is suitable when a specific tag should be read deliberately at short distance.
When selecting an RFID tag, consider not only the frequency but also the mounting surface, required read range, dimensions and operating environment. Metal surfaces require tags specifically designed for on-metal installation. For standard labelling applications, adhesive RFID tags can be a suitable choice.
For applications where RFID labels also need to be printed and encoded in larger quantities, see our RFID printing and encoding solutions. The correct configuration depends on the workflow, required read range, number of tags and operating environment.
UHF RFID is used when longer read ranges or the identification of multiple tags are required. NFC operates at very short range and is suitable for intentional reading of a specific tag at close distance.
No. RFID uses radio communication and does not require optical line of sight like a barcode. Actual read range and reliability depend on the tag, reader, antenna, surrounding materials and environment.
Yes, but a tag designed specifically for on-metal applications should be used. Standard RFID tags can perform significantly worse when mounted directly on metal.
The basic components are UHF RFID tags and a reader. Fixed installations may use an RFID reader or module, one or more antennas and software that processes the captured data.
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