Crystal Reports Data Matrix Native Barcode Generator

  • Generate 2D Data Matrix ECC200 and GS1 Data Matrix in Crystal Reports "natively" without UFLs or fonts. 
  • Supports GS1-DataMatrix in ASCII encoding mode.
  • Includes GS1 HRI (human readable interpretation) formula.
  • ECC-200, ANSI/AIM BC11, and ISO/IEC 16022 specification compliant.
  • Symbologies and standards supported include DOD UID, MIL-STD-130, ISO/IEC 15434, AIAG, and others.
  • Includes calculations to support GS1 MOD 10 and HIBC Unique Device Identification (UDI); as shown below.
  • Implementation is easy; copy and paste the object into the report.
  • The Data Matrix object stays embedded in the report, even when it is distributed.
  • Supports Crystal 9 and up. 
  • Includes patented technology available only at IDAutomation.
  • Built-in error correction algorithms allow the symbol to be decoded when it is partially damaged.
  • Complete native source code is provided with purchase.

User Manual Integration Support Download Demo Buy License

Note: This product is only compatible with Crystal Reports and does not include barcode fonts, as they are not required to generate the barcodes.

Data Matrix Crystal Report Generator Overview

A single Crystal Reports RPT file (Data Matrix.rpt) provided in this package supports all 2D Data Matrix barcode types and encoding modes by a modification in the first part of the formula as described in the tutorial.

Created for Crystal ReportsData Matrix 2D barcode in a Crystal Reports report

For Example:

  • To change the encoding mode to encode binary data or bytes of a file, modify EncodingMode = E_BASE256.
  • To force a symbol larger than the current size, change PreferredFormat.

Data Matrix mode options in Crystal Reports

GS1-DataMatrix symbols are generated by encoding the FNC1 character "~1" when processTilde is enabled.

Modifications to make the GS1-DataMatrix symbol

For example, the following modification encodes the GS1 data of (01)3456789012345(15)171231:
DataToEncode = "~1" & "01345678901234515171231"
EncodingMode = E_

To automatically format GS1 HRI (human readable interpretation) data, open the GS1 version of the product and copy/paste the HRI object into your database in the same way as the barcode object. If necessary, refer to the example provided in the download.
GS1 HRI (human readable interpretation) formula included

GS1 HRI Example

HIBC | HIBCC Unique Device Identification (UDI)

The HIBC barcode symbols adhere to the guidelines provided by the Health Industry Business Communications Council and can contain both primary and secondary information. To ensure accuracy, every HIBC symbol is required to have a MOD43 check character, which is calculated using all the encoded data, including data identifiers, production identifiers concatenation characters, and supplemental data. The MOD43 check character is supported by all IDAutomation Code 39 products. Additionally, Data Matrix also supports the MOD43 check character by utilizing the ~f?? option, which involves including a specified number of digits before the tilde in the calculation.

As an illustration, consider the formula "DataToEncode =”+A123BJC5D6E71/$$52001510X3″ & “~f27” in the Data Matrix Generator. This formula is designed to calculate and encode the Mod 43 check character within the barcode as well as in the human-readable interpretation (HRI) text.

HIBC | HIBCC Unique Device Identification (UDI) Data Matrix Example

Before production, IDAutomation suggests verifying the result with the Barcode Decoder App.