The Xerafy TRAK series offers cost-effective inventory RFID tags optimized for identification in the Warehouse, the Factory, the Data Center to deliver real-time visibility into every workflow and lifecycle.
The passive RFID tags for inventory management leverage Xerafy’s field experience with inventory tracking applications and how to meet their requirements and challenges in the field. They offer durability and performance for lower deployment costs and can be combined with the OUTDOOR long range tags and METAL SKIN printable labels series.
“Xerafy is a highly regarded specialist in the field of RFID for mission-critical applications, and their Global Trak RFID tag came out on top of our evaluation.”
The Xerafy TRAK series of inventory RFID tags is based on passive UHF technology optimized to perform equally on metal and plastic surfaces, with durable hard cases and a variety of mounting options
Durable hard tags designed to provide superior value in any inventory management system
A range of form factors to fit into any space available for tagging
RF performance optimized for industrial surfaces: Metal, Plastics, Wood
Flexible options including Adhesive, Epoxy, Tethering hole, Zip tie, Cord, Wire
Regional and Global RAIN RFID available
Encoding, Printing, Industrial Adhesives
All tags in our TRAK series can be personalized
to support the deployment of your RFID system
Silk-screen printing options include logo, serial numbers
Durable laser engraving for
User memory versions for
encoding and programming
Custom options: Industrial adhesives,
Inventory RFID tags are positioned at the junction of performance and cost-effectiveness, enabling identification and location of assets of any size and material.
The TRAK series tags are all standard passive UHF (Ultra High Frequency) tags that comply with EPCglobal Gen2v2 and ISO 18000-63 standards, also referred to as RAIN RFID.
A wide range of fixed and handheld RFID readers is available, with frequencies and antenna polarization matching the tags’ to ensure compatibility and optimal performance.