What you're using right now
- 100+ barcode & QR symbologies
- Live preview & customization
- PNG & SVG export, no login
- Copy to clipboard
Loading Barcode Mint…
Free Online Barcode & QR Code Generator
Generate an HIBC LIC Data Matrix that packs a full Health Industry Bar Code record into a tiny, high-density 2D symbol.
Open the generator ↓Turn a CSV — or a numbered sequence — into hundreds of barcodes at once, exported as a ZIP of images or a print-ready PDF sheet. Launching with Pro.
The browser generator stays free forever. Paid plans are for teams who need bulk output and developers who need the REST API at scale — commercial license included. Tell us what you'd use; early-list members get first access and launch pricing.
What you're using right now
For designers & teams
Priced by requests. Commercial license and self-serve keys included; usage dashboard at launch.
HIBC LIC Data Matrix combines HIBCC's Health Industry Bar Code data standard with the Data Matrix symbology, which is prized for packing dense data into a very small physical footprint. This makes it the go-to HIBC carrier when label space is extremely tight — small medical device components, ampoules, surgical instruments and other items too small for a linear barcode of sufficient length.
The LIC in HIBC LIC refers to the Labeler Identification Code assigned by HIBCC directly to the manufacturer, as opposed to the HIBC PAS variant, which reuses a company's existing GS1 or HIBCC-recognized prefix. Both variants can be carried in Data Matrix; Barcode Mint's HIBC LIC Data Matrix builder specifically targets labelers using HIBCC-assigned LIC numbers.
The data content follows HIBC's standard primary/secondary structure:
Because Data Matrix has strong built-in Reed–Solomon error correction, HIBC LIC Data Matrix symbols remain reliably scannable even at very small print sizes or with minor surface damage — a meaningful advantage for direct part marking on reusable surgical instruments that get sterilized and handled repeatedly.
The Data Matrix carrier follows ISO/IEC 16022 using ECC 200 Reed–Solomon error correction, which is what allows HIBC LIC Data Matrix symbols to remain scannable even when a meaningful portion of the symbol is damaged or obscured. The HIBC LIC data standard itself, maintained by HIBCC, defines the primary string as a leading "+" identifier, a 4-character HIBCC-assigned Labeler Identification Code, a variable-length product/catalog number, a single unit-of-measure digit, and a modulo-43 check character validating the whole primary string; optional secondary data for lot, expiry and quantity follows a defined tag structure appended after the primary data. Because Data Matrix can be rendered as a rectangular as well as square symbol, labelers with unusually shaped marking areas have some flexibility in aspect ratio without changing the underlying data structure.
This symbol shows up specifically where space is the binding constraint:
Facilities and manufacturers using HIBCC's LIC numbering scheme choose Data Matrix specifically for these tight-space, high-durability marking needs, reserving linear HIBC Code 39/128 for larger labels where a longer symbol isn't a constraint. Instrument-tray tracking systems in particular rely on this combination of small footprint and damage tolerance, since a single tray may hold dozens of individually marked instruments that all need to scan reliably after years of repeated sterilization cycles.
To build the symbol:
/barcode?type=hibcdatamatrix&data=... to integrate generation into a manufacturing or label-management system.Because HIBC LIC Data Matrix is frequently used at the smallest practical print size, verify print quality against ISO/IEC 15415 grading, particularly for direct part marking methods like laser etching where contrast can be lower than ink on paper. For instruments that undergo repeated sterilization, confirm the marking method (etching depth, laser type) is rated for autoclave cycles so the symbol doesn't degrade below a scannable grade over the instrument's service life.
Against HIBC LIC QR Code and HIBC LIC PDF417, Data Matrix generally wins on sheer footprint efficiency, making it the default choice whenever the label or part-marking area is the binding constraint rather than data volume. Against HIBC LIC Codablock-F, Data Matrix requires a 2D imaging scanner rather than a linear laser scanner, but achieves a dramatically smaller symbol for the same data — a trade-off that matters most on components too small for any stacked linear symbol to fit. Against HIBC PAS Data Matrix, the carrier symbology and print characteristics are identical; only the labeler-identification portion of the encoded text differs.
An hibc lic data matrix generator creates a compact 2D Data Matrix symbol encoding a Health Industry Bar Code record — labeler ID, product number, and optional lot/expiry data — for medical devices and healthcare products with limited label space.
Yes — it's commonly used for direct part marking on reusable surgical instruments and small device components, since Data Matrix tolerates the lower contrast typical of laser-etched or dot-peened marks.
Yes — use the bulk CSV to ZIP/PDF tool to generate a unique symbol per component or lot, useful for serialized manufacturing runs.