Free HIBC Code 39 Barcode Generator — Healthcare-Compliant, Instant Download

HIBC Code 39 is the Code 39 symbology applied to the Health Industry Business Communications Council (HIBCC) Supplier Labeling Standard (SLS) data format. It encodes the mandatory HIBC primary data structure — a '+' prefix data identifier, a Labeler Identification Code (LIC) issued by HIBCC, a Product/Catalogue Number (PCN), and a Unit of Measure (UM) digit — along with a compulsory modulo-43 check character. The result is a scannable linear barcode that uniquely identifies a healthcare product and its packaging level, and that is recognized by the FDA as a valid UDI Automatic Identification and Data Capture (AIDC) technology.

Standard Code 39 is a general-purpose alphanumeric barcode with no mandatory data structure or check character. HIBC Code 39 adds three layers on top: a mandatory '+' prefix that identifies the barcode as HIBC-compliant, a defined data structure (LIC + PCN + UM for primary data, or date/lot/serial fields for secondary data), and a compulsory modulo-43 check character that scanners use to verify data integrity. A scanner reading a plain Code 39 barcode will decode only the raw character string; a scanner configured for HIBC will additionally parse the structured fields and validate the check character.

A Labeler Identification Code (LIC) is a unique four-character alphanumeric identifier — beginning with a letter, followed by three alphanumeric characters — issued by HIBCC to each registered healthcare product manufacturer or supplier. The LIC is the first field inside the HIBC barcode after the '+' prefix and uniquely identifies the labeler across the global healthcare supply chain. To obtain an LIC, submit an application to HIBCC at hibcc.org. The registration fee is a one-time charge based on the organization's gross annual sales; there are no recurring annual fees. An LIC is required before you can generate regulatory-compliant HIBC barcodes for commercial product labeling.

The MOD43 check character is computed by assigning each character in the HIBC symbol — including the '+' prefix, LIC, PCN, and UM — its Code 39 character value (0 for '0', 1 for '1', ..., 9 for '9', 10 for 'A', ..., 35 for 'Z', 36 for '-', 37 for '.', 38 for ' ', 39 for '$', 40 for '/', 41 for '+', 42 for '%'). The values are summed, and the total is divided by 43. The remainder maps back to the Code 39 character table to give the check character, which is appended to the data string before the stop asterisk. This generator performs the calculation automatically — you never need to compute it manually.

Yes. HIBCC is one of only three FDA-accredited Unique Device Identifier issuing agencies (alongside GS1 and ICCBBA). A medical device label that carries an HIBC Code 39 barcode encoding the device identifier (DI) — LIC + PCN + UM — satisfies the AIDC (machine-readable) component of the FDA UDI labeling requirement under 21 CFR Part 830. If the FDA also requires a production identifier (PI) — such as an expiration date, lot number, or serial number — a secondary HIBC symbol encoding those fields must be added to the label as well.

The Unit of Measure (UM) is a single digit appended to the PCN that specifies the packaging level of the labeled item. UM = 0 indicates not specified; UM = 1 is unit-of-use or unit dose; UM = 2 is the next packaging level (e.g., inner pack or blister strip); UM = 3 is carton; UM = 4 is case; UM = 5 is master case; UM = 6 is pallet. UM values 7 and 8 are reserved for future use. Different UM values on the same base PCN produce different HIBC barcodes for each packaging configuration, enabling automated systems to correctly identify which level of packaging is being scanned.

The HIBC primary data structure identifies the product: it encodes the LIC, PCN, and UM — the fixed attributes of a specific item at a given packaging level. The HIBC secondary data structure captures production-specific information that changes from batch to batch: expiration date, manufacture date, lot or batch number, serial number, or quantity. In Code 39, primary and secondary data are typically printed as two separate symbols on the same label. A link character — derived from the primary symbol's check character — connects the two symbols so scanners can confirm they belong to the same label and validate both together.

Yes. The EU Medical Device Regulation (EU MDR 2017/745) and the EU In Vitro Diagnostic Regulation (EU IVDR 2017/746) recognize HIBCC as an accredited UDI issuing entity — the same agencies accepted by the FDA. Medical device manufacturers already using HIBC Code 39 for FDA compliance can use the same barcode to meet EU MDR AIDC requirements, simplifying global label design. However, EU MDR also requires UDI data to be registered in the EUDAMED database, and the Basic UDI-DI concept used in EUDAMED is separate from the physical barcode — manufacturers must complete EUDAMED registration independently of barcode generation.

Most modern handheld and fixed-mount barcode scanners can read Code 39 out of the box. For HIBC-specific validation — where the scanner parses the structured data fields and verifies the MOD43 check character — you must enable the HIBC Code 39 reading mode in the scanner configuration. Critically, the Code 39 Full ASCII mode must be disabled, as HIBC SLS specifies Code 39 Regular mode only. Consult your scanner manufacturer's programming manual for the HIBC enable barcode or configuration menu option. Without HIBC mode, the scanner will still decode the raw character string but will not validate the check character or parse the LIC/PCN/UM fields.

Yes. All HIBC Code 39 encoding — including MOD43 check character calculation — is performed entirely in your browser using client-side JavaScript. Your LIC, PCN, product numbers, and any other data you enter are never transmitted to any server and never stored or logged anywhere. Close the browser tab and all input is gone. This generator is safe to use with commercially sensitive product identifiers and pre-release catalogue numbers.