Video Demonstration · RFID Tags & Smart Cards

High-Sensitivity UHF RFID Inlay Flip Tags Inspection Demo

Multi-Angle 3D Omnidirectional Inlay Structure for Complex Retail Packaging

Live walkthrough & hardware operation testing. For itemized pricing, technical datasheets, and bulk procurement, view the official High-Sensitivity UHF RFID Inlay Flip Tags Inspection product catalog page.

About this Video Demonstration

3D Orientation Independence: UHF RFID Flip Tags & Inlays Inspect the multi-angle interrogation performance of our High-Quality UHF RFID Flip Tags. Designed for complex packaged goods, cosmetics boxes, and retail merchandise where items may be stacked in arbitrary orientations, flip tags incorporate dual-loop folded dipole antennas that eliminate blind spots. 1. Laboratory Interrogation & Polarization Benchmark • Cross-Polarized Field Response: Singulates reliably whether interrogated by horizontal, vertical, or circular polarized reader antennas. • Compact Footprint: Engineered to fit narrow product packaging edges without overlapping barcodes or ingredient lists.

Key System Capabilities & Features

  • ✓ Folded 3D dipole antenna structure ensuring near-perfect isotropic read radiation
  • ✓ Equipped with next-generation NXP UCODE 9 / Impinj Monza R6 ICs
  • ✓ Exceptional sensitivity down to -24 dBm allowing extended read range on low reader power
  • ✓ Available in clear PET dry inlay, adhesive wet inlay, or thermal printable paper face
  • ✓ Sub-second bulk singulation in high-density inventory boxes containing 200+ units
  • ✓ RoHS and REACH compliant non-toxic manufacturing standards

Looking for Complete Technical Specifications & Datasheets?

Detailed dimensions, electrical ratings, read range benchmarks, and bulk RF tag compatibility are maintained on the primary product page.

View Datasheet & Specs

Frequently Asked Questions

What is the primary advantage of a flip tag over a standard flat dipole? ▼

A flip tag folds its antenna lobes across multiple planes, preventing signal nulls when items are rotated perpendicular to the reader antenna.

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