Flat Bottle Cardboard Box Container Labeling Machine Barcode Applicator

Barcode labeling requires line-of-sight scanning — each barcode must be individually visible to a scanner, one at a time. For inventory counting, receiving dock scanning, or retail checkout, this line-of-sight limitation translates to labor hours spent positioning and scanning individual items.

RFID (Radio Frequency Identification) eliminates the line-of-sight constraint. An RFID reader can simultaneously read hundreds of tagged items within its field — without opening boxes, without orienting products, without individual scanning. Inventory counts that take hours with barcode scanners take minutes with RFID. Receiving dock verification becomes a drive-through operation. Retail checkout becomes a walk-through experience.

The YM320P, when configured with a Zebra RFID-enabled industrial printer, combines traditional label printing with UHF RFID tag encoding in a single print-and-apply operation. Each label that the machine applies carries both a printed barcode (for environments where barcode infrastructure exists) and an encoded RFID tag (for environments transitioning to RFID or requiring dual-format identification).

The integrated Zebra RFID printer contains an RFID encoder module that communicates with the RFID chip embedded in the label material (commonly called an "inlay"). The encoding process executes in parallel with label printing:

1. Label feeds to print position — The label advances into the Zebra printer's print path.
2. RFID tag detected — The printer's internal RFID reader detects the embedded tag and reads its pre-programmed TID (Tag Identifier, a factory-assigned unique number).
3. EPC memory encoded — The Zebra encoder writes the desired EPC (Electronic Product Code) data — typically a serialized GTIN, SGTIN-96, or custom-format identifier — to the tag's memory. Encoding takes approximately 100-200 milliseconds.
4. Encoding verified — The printer reads back the written EPC and confirms it matches the intended data. Failed encodes are automatically flagged. The printer can be configured to overstrike (print "VOID" on) labels that failed RFID encoding.
5. Label printed — The barcode, text, and graphics are thermally printed onto the label surface while the RFID tag has already been encoded.
6. Label applied — The completed smart label — printed, RFID-encoded, and verified — is applied to the product by the YM320P's labeling head.

Case-level and pallet-level RFID tagging enables:

• Automated receiving: A forklift carrying RFID-tagged pallets drives through an RFID portal — all items are identified and received in seconds.
• Automated shipping verification: RFID readers at the outbound dock verify that the correct items are loaded onto the correct truck, in real time, without manual scanning.
• Returns processing: RFID-tagged returns are automatically identified and sorted by an RFID reader station.

The YM320P's print-and-encode capability supports a practical transition strategy: print both an RFID tag and a barcode on the same label. This dual-format approach allows:

• Immediate RFID benefit where RFID infrastructure exists
• Barcode fallback where RFID infrastructure is not yet deployed
• Gradual infrastructure investment — RFID readers deployed in phases without interrupting labeling operations

The printed barcode content and encoded RFID content can be identical or complementary.

Q: Can the YM320P handle on-metal RFID labels?

A: The YM320P's Zebra printer handles standard UHF RFID label rolls. For on-metal applications, specialized RFID labels with foam or ferrite backing are required. These are thicker than standard labels . Confirm your on-metal label material specifications with our engineering team during the quotation process to ensure compatibility with the machine's label path.

Q: What RFID frequency and protocol does the YM320P support?

A: The integrated Zebra RFID printer operates in UHF (865-928 MHz), with the specific frequency range configured per your region (FCC for North America, ETSI for Europe, etc.). The encoder supports EPC Gen2v2 (ISO 18000-63) protocol. For HF (13.56 MHz / NFC) encoding requirements, contact our engineering team for a custom solution evaluation.

Q: What happens if an RFID tag fails to encode?

A: The Zebra printer performs read-after-write verification on every tag. When a tag fails encoding (typically <0.5% failure rate with quality RFID labels), the printer can be configured to overstrike the label with a "VOID" pattern and automatically retry encoding on the next label. The machine logs all encoding failures for quality tracking.

Q: Can we encode different EPC formats for different products on the same machine?

A: Yes. EPC encoding formats — SGTIN-96, GRAI-96, SSCC-96, GIAI-64, or custom formats — are defined per product recipe in the YM320P's HMI. When you switch products (via a 60-90 second recipe change), the encoding format switches automatically with the label template.

Q: Can you help us select the right RFID label material for our application?

A: Yes. We encourage you to send sample products to our Shanghai engineering center. Our engineers will test multiple RFID inlay and label material combinations with your products, evaluate read range and encoding reliability, and recommend the optimal configuration. This testing is performed before delivery so your machine arrives pre-validated for your specific RFID labels.

Q: Do you provide RFID label stock, or do we source it separately?

A: We can supply validated RFID label rolls tested for compatibility with your YM320P, or you can source RFID labels from your preferred supplier — we will validate third-party label compatibility during pre-shipment testing with your supplied label samples.