Electric Square Bottle Packaging Labeling Machine For Round Container 20pcs/min

Modern supply chains run on data. Every product that moves through a manufacturing line, distribution center, or retail channel carries a label that serves as its digital identity — a machine-readable link connecting the physical item to its record in an ERP, WMS, or track-and-trace system. This identity takes the form of barcodes, QR codes, Data Matrix codes, and human-readable text — batch numbers, serial numbers, expiry dates, manufacturing timestamps, lot codes.

Pre-printed labels with static information service one product and one batch. But production today demands variability: each carton in a shipment may carry a unique serialized GS1-128 barcode; each pallet may receive an SSCC label with a unique identifier; each consumer unit may carry a QR code that links to a unique digital experience.

The YM320P delivers this variability at production speed. Its integrated Zebra industrial printer — driven by the PLC control system — prints variable data fields in real time, pulling information from databases, ERP systems, or manual HMI input. Every label can be different from the one before it, printed milliseconds before application.

Serialization — assigning a unique identifier to every individual product unit — is the foundation of traceability, anti-counterfeiting, and supply chain visibility. The YM320P supports:

The Zebra printer's 300DPI or 600DPI configuration ensures even small-dimension 2D codes (as compact as 6mm × 6mm) remain scannable with commercial barcode readers and smartphone cameras.

Most production labels combine fixed elements (brand logo, product name, ingredients, regulatory text) with variable elements (batch, date, barcode). The YM320P's Zebra label design software handles this through template architecture:

• Fixed layer: Brand graphics, logos, legal text, nutritional panels — printed from the label template, unchanged across the production run.
• Variable layer: Batch codes, dates, serialized barcodes, QR codes — populated at print time from database fields, spreadsheet imports, or manual HMI entry.
• Merged output: The Zebra printer composites both layers into a single label image in under 200 milliseconds, producing a complete label ready for immediate application.

regulations (DSCSA in the US, FMD in the EU, similar frameworks globally) require unique serialization of each saleable unit. The YM320P's 600DPI configuration prints human-readable text as small as 2pt and Data Matrix codes as small as 6mm × 6mm — meeting pharmaceutical labeling requirements for small cartons, vials, and ampoules.

Food recalls cost the industry billions annually. The difference between a targeted recall (one batch, one production shift) and a blanket recall (all product from a facility) is the granularity of the traceability data on each package. The YM320P prints batch-specific, date-coded labels that enable precise lot-level traceability, limiting recall scope and protecting brand reputation.

Electronic components, appliances, and durable goods require serialized labels for warranty management, service tracking, and anti-counterfeiting. The YM320P prints on durable polyester labels with serialized barcodes and QR codes that survive the product's entire service life.

A barcode that doesn't scan is worse than no barcode — it causes downstream disruptions, chargebacks from retailers, and product rejection at receiving docks. The YM320P's print-and-apply architecture includes multiple quality assurance layers:

1. Zebra Print Quality: Zebra's precision thermal management ensures consistent bar width and edge definition across the entire label — no variation in barcode bar dimensions that cause misreads.

2. Inline Verification (Optional): The YM320P can be configured with a barcode verifier that scans each printed label before application and confirms ISO/IEC 15415/15416 grade. Labels that fail verification trigger an automatic reject-and-reprint sequence.

3. PLC-Controlled Label Application: Precise label placement ensured by sensor-triggered application eliminates skewed labels that distort barcode geometry.

Q: Can the YM320P print a different serial number on every label?

A: Yes. The Zebra printer supports auto-incrementing serial numbers through ZPL programming or database-driven data population. Whether you need sequential serial numbers (000001, 000002, ...), database-pulled unique identifiers, or algorithmically generated serials — the system handles all serialization patterns at full production speed.

Q: Can the YM320P connect to our ERP system for variable data?

A: Yes. The YM320P's control PC supports Ethernet, USB, and Wi-Fi connectivity. Database-driven printing connects to SQL databases, CSV files, or ERP/WMS APIs. Zebra's middleware and print management software enable integration with SAP, Oracle, Microsoft Dynamics, and custom enterprise systems.

Q: What label size do I need for adequate barcode scanability?

A: This depends on the barcode type and data density. For standard GTIN barcodes (13 digits), a label width of 40mm is typically sufficient. For GS1-128 serialized codes with extended data, 60-80mm width is recommended. Our application engineers will validate scannability with your specific barcode data during pre-shipment testing.

Q: Can we verify barcode quality inline?

A: Yes. The YM320P can be configured with an optional inline barcode verifier that reads each printed label before application and grades it against ISO/IEC 15415 (2D) or 15416 (1D) standards. Failed labels trigger automatic rejection and reprint.

Q: How do you handle barcode print quality validation before shipment?

A: Every YM320P undergoes 24-hour continuous operation testing in our factory, including barcode print quality verification with ISO-standard verifiers. We ship a barcode quality report with each machine, confirming scannability of your specified barcode types at your specified label size.

Q: Do you provide label design templates for our specific barcode requirements?

A: Yes. When you send product samples and specify your barcode requirements (symbology, data structure, size constraints), our engineers create optimized label templates — including print resolution recommendation, label material selection, and ribbon matching — and validate them on your actual labels during pre-shipment testing.