Home Trusted by 500,000+ buyers

RFID Printer / Encoders - R110Xi4

Supplier: Zebra Technologies

With Zebra's R110Xi4 RFID printer/encoder—optimized for high-volume operations—you can print and encode a variety of UHF radio frequency identification smart labels for a multitude of applications.

Price Guide: POA

As Zebra’s third-generation RXi™ printer/encoder, the R110Xi4 is designed with innovative, industry-leading features to meet the demands of current and future applications, and leverages the built-to-last Xi4™ printer platform for robust performance.

This high-performance printer/encoder delivers superior flexibility and unique features for a number of benefits. For example, it can fulfill a wide range of applications—from small, high-resolution (600-dpi) healthcare specimen smart labeling and item-level tagging, to RFID pallet/carton labeling with print widths up to 4"/103 mm.

Auto-configuration, which enables encoding of a variety of different RFID tags, simplifies setup. And by encoding RFID inlays that are spaced closer together (.6”/16 mm) than other-brand printer/encoders, the R110Xi4 enables lower cost per label, fewer media-roll changes, and faster throughput. Even use media converted for other printers/encoders thanks to Zebra's ability to detect variable inlay placement. If you don’t need printed labels, the direct-to-inlay encoding capability means even more media savings.

Product Brochure (PDF, 715 KB)


  • Reduce RFID media costs
  • RFID media flexibility: RFID inlay position flexibility; use media converted for other brand printers; support widest range of transponder designs and sizes
  • RFID encoding accuracy
  • Save printer/encoder setup time
  • Simply global RFID deployment
  • Fully integrated ThingMagic UHF EPC Gen 2 V1.2/ ISO 18000-6C RFID Reader/Encoder
  • Prints and encodes EPC Gen 2 tags with a minimum pitch of 16mm
  • Adaptive Encoding Technology automatically selects optimum encode settings
  • Auto-tag calibration for label lengths of 2” or greater
  • Variable inlay placement supports a rang

More information >>