RFID Labels

SMARTRAC DogBone RFID Paper Tag (Monza 4D)

The SMARTRAC Dogbone RFID tag is compliant with Wal-Mart, Department of Defense (DoD), and METRO Group standards and protocols. Likewise, the inlays are compliant with international standards ISO 18000 and EPCglobal Gen2, so the SMARTRAC Dogbone RFID Wet Inlay will work with all equipment and systems adhering to the proper standards.

It is optimized for corrugated, plastic and highly detuning materials and is Walmart, DoD and METRO Group compliant. The SMARTRAC DogBone RFID tag is a global top performer for a wide range of SCM, apparel, transportation, and race timing applications.

All UHF transponders from SMARTRAC undergo three different testing methods to ensure the reliability of all their RFID tags. They test RFID inlay performance across various temperatures, humidities, and combinations of the former and latter. The SMARTRAC Dogbone tag uses the Impinj Monza 4D IC (integrated circuit) providing an extra layer of reliability from another respected industry leader.

Featuring two “dogbone” shaped antennas, the SMARTRAC DogBone RFID Wet Inlay transmits in an omni-directional pattern eliminating blind spots. The high-performance feature means the orientation of the tag and reader will be less of a factor in the success of your systems.

NOTE: This is the product equivalent of Zebra part number 10015351. The SMARTRAC DogBone UHF RFID Tag is a general purpose high-end RFID tag for global supply chain management.

SMARTRAC Accessory RFID Paper Tag (Monza R6-P)

The SMARTRAC Accessory RFID Paper Tag has a small (30mm/1.2 inch) form factor, which allows it to be easily converted into small-sized hang-tags for accessory labels or attached to small cosmetic items. The Accessory RFID Paper Tag with the Monza R6-P integrated circuit offers additional features such as add-on user memory and on-demand memory configuration as well as a kill function and easy access control to change tag information for store data if required.

Smartrac Belt RFID Paper Tag (M730)

Featuring the Impinj M730 IC, Smartrac Belt RFID Paper Tags offer high performance across different materials and challenging environments due to enhance adaptive RF tuning capabilities. These tags offer improved read and write sensitivity, with very fast and accurate reading within a large population of tags. Additionally, these tags come standard with a privacy mode, which enables loss prevention and protects consumer privacy by making a tag invisible to RAIN readers. Compatible with global GS1 UHF Gen2v2 standards, these tags are included on the approved inlay list by the ARC Program at the RFID Lab at Auburn University when used in retail applications, and comply with categories F, G, I, J, K, M, N, L, Q, W1, W2, W3, W4, W5, W6, and Y.

Smartrac Belt RFID Paper Tag (M750)

Featuring the Impinj M750 IC, Smartrac Belt RFID Paper Tags offer high performance across different materials and challenging environments due to enhance adaptive RF tuning capabilities. These tags offer improved read and write sensitivity, with very fast and accurate reading within a large population of tags. Additionally, these tags come standard with a privacy mode, which enables loss prevention and protects consumer privacy by making a tag invisible to RAIN readers. Compatible with global GS1 UHF Gen2v2 standards, these tags are included on the approved inlay list by the ARC Program at the RFID Lab at Auburn University when used in retail applications, and comply with categories F, G, I, K, M, N, L, J, Q W1, W2, W3, W4, W5, W6, and Y.

SMARTRAC ShortDipole RFID Paper Tag (Monza 5)

The SMARTRAC ShortDipole UHF RFID Tag is a cost-efficient, high performance product for a wide range of supply chain management and item-level applications. Cost-efficient, industry standard form factor. Best suited for use on corrugated materials and plastics. Optimal form factor for converting into 4” wide labels. Wal-Mart, DoD and METRO Group compliant inlay. For pallets, cases, and item-level use.

SMARTRAC DogBone RFID Paper Tag (Monza R6)

The SMARTRAC Dogbone RFID Paper Tag is compliant with Wal-Mart, Department of Defense (DoD), and METRO Group standards and protocols. Likewise, the inlays are compliant with international standards ISO 18000-63 and EPCglobal Gen2v2, so the SMARTRAC Dogbone RFID Wet Inlay will work with all equipment and systems adhering to the proper standards. All UHF transponders from SMARTRAC undergo three different testing methods to ensure the reliability of all their RFID tags. They test RFID inlay performance across various temperatures, humidities, and combinations of the former and latter. The SMARTRAC Dogbone Wet Inlay uses the Impinj Monza R6 IC (integrated circuit) providing an extra layer of reliability from another respected industry leader. Featuring two “dogbone” shaped antennas, the SMARTRAC DogBone RFID Wet Inlay transmits in an omni-directional pattern eliminating blind spots. The high-performance feature means the orientation of the tag and reader will be less of a factor in the success of your systems.

Smartrac DogBone RFID Paper Tag (Monza R6-P)

The Smartrac DogBone RFID Paper Tag has a good tolerance against the detuning effect of high-electric materials, providing effective global performance even on difficult-to-tag materials. The Smartrac DogBone RFID Paper Tag offers features such as add-on user memory and on-demand memory configuration as well as a kill function and easy access control to change tag information for store data if required. SMARTRAC’s inlays and tags are compliant with ISO 9001:2015 Quality Management and ISO 14001:2015 Environmental Management, which ensure a reliable and state-of-the-art product that meets a variety of application needs, enhancing RFID usage for difficult-to-tag materials.

SMARTRAC Frog 3D RFID Paper Face 53mm (Monza 4D)

SMARTRAC Frog 3D tags and inlays are designed for pallet and case level applications offering high performance in supply chain management applications. Frog 3D products have a small, cost-efficient True3D form factor with complete orientation insensitivity providing consistent performance even on challenging materials. High performance Frog 3D inlays deliver excellent read range and are compatible with the Impinj Monza 4 IC family. Frog 3D tags and inlays are produced using leading edge inlay assembly technologies. Monitoring every step in the production process, from the antenna to the final assembly of the inlay, guarantees optimal quality products.

SMARTRAC Belt RFID Paper Tag (Monza R6-P)

Designed for global retail, industry and supply chain applications, SMARTRAC Belt RFID Paper Tags provide excellent performance, including in close coupling environments. Belt products with the Monza R6-P chip offer unique TID, enable pre-serialized EPC and are 100% performance tested. These tags are equipped with additional features such as add-on user memory, on-demand memory configuration, a kill function and easy access to control or change tag information for store data. 

SMARTRAC Belt tags with the Impinj Monza R6-P IC are on the approved inlay list for boxed electronics by the ARC Program at the RFID Lab at Auburn University. These paper tags comply with categories F, G, I, K, M, N, Q, W2, W3, W4, W5 and Y. Furthermore, they meet GS1 Tagged-Item Performance Protocol (TIPP) Tagged-Item Gradings M10B, S15B and M15B, S15B for the retail supply chain, retailers, and suppliers.

Smartrac Belt RFID Dry Inlay (Monza R6-P)

The Smartrac Belt RFID Inlay contains the Impinj Monza R6-P chip and comes with an Autotune feature, which helps the Belt RFID Inlay work at peak efficiency, even in rapidly changing environments. Inlays with Monza R6-P offer additional features such as add-on user memory and on-demand memory configuration as well as a kill function and easy access control to change tag information for store data if required. SMARTRAC’s inlays and tags are compliant with ISO 9001:2015 Quality Management and ISO 14001:2015 Environmental Management, which ensures a reliable and state-of-the-art product that meets a variety of application needs, especially in the retail environment.