RFID

Zebra 4"x 2" | 4"x 6" RFID Label - for the Zebra ZT610 Series RFID Printers Offering an economical choice for 4" wide labeling applications, these 4"x 2" and 4"x 6" blank paper labels come standard with the Zebra ZBR2000 inlay and NXP UCODE 8 integrated circuit. 

Confidex Steelwave Flex™ UHF RFID Label Confidex Steelwave Flex™ UHF RFID Labels connect the high-value components automatically to electronic data interface (EDI). This makes component tracking error-free and gives real-time data about the inventories. By that way Tier 1 part suppliers, OEM’s, and logistics providers can further optimize the inventory levels and gain resource savings. These labels are designed to match with wide variety of components – whether the component is plastic,…

Omni-ID IQ 600 On-Metal RFID Label (NXP UCODE 8) Easy to deploy, the Omni-ID 600 is a global RFID label that provides on-metal tag functionality, within a low profile. Supplied in roll form, the Omni-ID IQ 600 has been optimized for thermal barcode printers, enabling low cost and hassle-free RFID deployment. The consistency and reliability of the IQ 600 redefine the standard for metal RFID tagging, enabling smooth integration anywhere around the world.

Omni-ID Adept 500 RFID Tag Omni-ID Adept 500 is a small circular UHF hard tag designed for permanent attachment to the shoulder of industrial gas cylinder assets. This RFID tag with its superior on-metal performance formed from durable high performance components, allows both portal and handheld reads in outdoor and harsh industrial environments.

Confidex Paper Reel RFID Label Designed specifically for paper reel core tagging, Confidex Paper Reel RFID Labels meet the unique requirements of the manufacturing and storage processes in the pulp and paper industry. This particular tag is designed to withstand high pressure as it can withstand a ton of paper on top without damaging the IC. Proven to be effective and reliable, these labels increase operational performance by enabling correct stock data in real-time.

Omni-ID Flex 600 RFID Tag (Monza R6-P) Omni-ID Flex 600 is a low profile, small form factor RFID tag designed specifically for attachment to office equipment, IT assets, or RTI's. With its superior RF performance, this tag excels in portal applications where the read range can be expanded. In addition, the Flex 600 tag is well suited to indoor applications where a low cost option is needed.

Omni-ID Adept 400 Global RFID Tag Designed for use in very harsh environments, the Omni-ID Adept 400 is ideal for attachment to pipes and fixed assets in remote production, extraction, and processing industrial facilities. Capable of surviving heavy impact from a sledge hammer, the Adept 400 can be attached with either a steel band or welded for long term field use.

Omni-ID Flex 1200 V2 RFID Tag (866-868 MHz) Omni-ID Flex 1200 is a low profile, cost effective RFID tag with superior RF performance. Supplied with an over laminate surface for increased durability, the Flex 1200 is designed specifically as a low cost alternative to hard tags for applications demanding the protection of an over laminate and read ranges up to 12 meters.

Omni-ID Pipe RFID Tag The Omni-ID Pipe tag is a high impact, limited life RFID tag designed specifically to address the rigors of pipe and cylinder storage and transport. The Pipe tag is ideally suited for track and trace of difficult-to-tag cylindrical assets that are subject to significant impact. The Pipe tag is a long-range, regionally-tuned tag with a removable strap attachment mechanism that minimizes the complexity of tagging pipes.

Confidex (4"x 6") Crosswave Neo™ UHF RFID Label (NXP UCODE 8) The Confidex Crosswave Neo™ UHF RFID Label offers superior performance that is powered by the NXP UCODE 8 chip. These RFID labels provide digital identity of the shipments connecting them accurately to the IT systems with various reader setups. The Confidex Crosswave Neo™ is designed to work reliably – even when tagged assets face the RFID reader in a variety of orientations while being handled. The flexibility of this…