HIBC LIC PDF417 Generator

What is HIBC LIC PDF417?

HIBC LIC PDF417 pairs HIBCC's Health Industry Bar Code data standard with PDF417, a stacked linear 2D symbology known for high data capacity — it can hold considerably more characters than a Data Matrix or QR Code of comparable print area. That capacity makes it the preferred HIBC carrier when a label needs to include extensive secondary data, such as multiple lot numbers, detailed expiry information, or supplementary text, on a single medical device or pharmaceutical label.

As with the other HIBC LIC symbols, the LIC designation means the labeler identifier is assigned directly by HIBCC, distinct from the PAS variant that uses a company's existing GS1 or HIBCC-recognized prefix. PDF417 is also used elsewhere for HIBC PAS data, but Barcode Mint's HIBC LIC PDF417 builder is specifically structured for HIBCC-assigned Labeler Identification Codes.

How HIBC LIC data is structured

The encoded message follows HIBC's standard record format:

• "+" data identifier — flags the payload as HIBC-formatted.
• 4-character Labeler Identification Code — assigned by HIBCC.
• Product/catalog number — the labeler's item identifier.
• Unit-of-measure digit — packaging level indicator.
• Secondary data block — lot/batch number, expiry date, and quantity; PDF417's high capacity means this section can carry more detail (such as longer lot identifiers or multiple date fields) than a Data Matrix label would comfortably fit.
• Modulo-43 check character — validates the primary data.

Because PDF417 supports multiple error-correction levels, labelers can choose a higher level for labels expected to see rough handling, trading a modest size increase for stronger damage tolerance.

Technical specifications

PDF417 is a stacked linear symbology (ISO/IEC 15438) offering several selectable error-correction levels (0–8), each trading symbol size for damage tolerance via Reed–Solomon coding — a higher level survives more print or surface damage at the cost of additional rows. The HIBC LIC data content follows HIBCC's standard structure regardless of carrier: a leading "+" identifier, 4-character HIBCC-assigned Labeler Identification Code, product/catalog number, unit-of-measure digit, an optional secondary data block for lot, expiry and quantity, and a modulo-43 check character over the primary string. PDF417's higher raw data capacity compared with Data Matrix or QR Code of similar print area is what makes it the preferred HIBC carrier for labels needing extensive secondary data.

Where HIBC LIC PDF417 is used

HIBC LIC PDF417 shows up where data volume, not just space, is the driver:

• Medical device case and pallet labels that need to carry extensive product, lot, and regulatory data in one scan.
• Hospital and distributor receiving labels where a single PDF417 symbol replaces what would otherwise require multiple linear barcodes.
• Pharmaceutical secondary and tertiary packaging carrying detailed batch and traceability information.
• Facilities that value PDF417's established use on ID cards and shipping labels, giving it broad compatibility with existing 2D imaging scanners in receiving and warehouse operations.

Distribution centers handling mixed pallets of healthcare product often prefer PDF417 specifically because a single case label can consolidate labeler, product, lot and quantity data that would otherwise require scanning several smaller linear barcodes in sequence during receiving.

How to generate an HIBC LIC PDF417 barcode in Barcode Mint

To build the symbol:

• Select HIBC LIC PDF417 from the barcode type list.
• Enter your HIBCC-assigned Labeler Identification Code, product/catalog number, and unit of measure, along with lot number, expiry date, and quantity for full secondary data.
• Barcode Mint formats the string with the leading "+" identifier, computes the modulo-43 check character, and encodes the result as a PDF417 symbol.
• Adjust the number of columns/rows and error-correction level to balance symbol width against your label's available space and expected handling conditions.
• Export as SVG for label artwork or PNG for proofing, and use Bulk CSV → ZIP/PDF to generate a unique HIBC LIC PDF417 symbol per product, lot, or shipment across a labeling run.
• Call the REST API at /barcode?type=hibcpdf417&data=... to integrate generation into a warehouse or label-printing system.

Preview the symbol at actual print size before committing to a full label run — PDF417's narrow bars and multiple rows make it more sensitive to under-scaling than a single-row barcode, and a preview at true size quickly reveals whether your chosen module width will hold up on your target printer.

Print and scan best practices

PDF417's rectangular, multi-row structure needs a clear quiet zone on all sides and consistent print resolution across its many narrow bars — low-resolution thermal printers can blur adjacent rows into unreadable data. Verify symbol grade before a production print run, and choose an error-correction level generous enough to tolerate the handling and environmental wear typical of your labeling application, since a heavily damaged PDF417 symbol can fail even where a Data Matrix of the same data might partially recover.

HIBC LIC PDF417 vs related HIBC carriers

Against HIBC LIC Data Matrix, PDF417 generally needs more label area for the same data but offers higher raw capacity, so it wins on labels with room to spare and a need for extensive secondary data rather than on the smallest device components. Against HIBC LIC Codablock-F, PDF417 offers stronger built-in error correction and broader adoption on ID cards and shipping labels, while Codablock-F remains more readable by older linear laser scanners that lack 2D imaging capability. Against HIBC PAS PDF417, the symbol format is identical; only the labeler-identification scheme in the encoded HIBC string differs between LIC and PAS.

Common uses

• Medical device case and pallet labels with extensive product data
• Hospital and distributor receiving labels consolidating multiple data fields
• Pharmaceutical secondary and tertiary packaging traceability
• High-capacity healthcare labels replacing multiple linear barcodes
• HIBCC LIC-numbered manufacturers needing detailed secondary data

Frequently asked questions

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