![]() ![]() New formats with height of 20 and 22 were added to support contact inkjet printing with an additional text line below the code. New formats with height of 8 and 12 were added, as a use cases are seen for marking of round objects, specially in the scope of UDI. The formats 24x32, 24x32 and 26x32 were present in DIN16587 and are not adopted by ISO/IEC21471 due to not sufficient width to height ratio. The column "Standards" below includes the document covering the format. The prior versions of DMRE published by AIM and within DIN16587 had another set of chosen formats. The following presentation presented at ISO/IEC JTC1 SC31 WG1 on containing some typographic issues which will be fixed with edition 2 of the standard: I want to thank the very active members of this group who made this possible. The ISO/IEC standard is published and may be purchased here:ĭMRE was developped within the working group ISO/IEC 1 / SC 31 / WG 1 as project 70947 Nevertheless, the requirements on data capicity for pharmaceutical products exceed the capacity of a 26x26 symbol and thus rectangular symbols help to solve this issue.Įspecially the various serialization projects with inline printing processes mostly by inkjet technologies have shown a clear need for these new rectangular formats. In consequence, a maximum module height of 26 modules should not be extended. Code height limited by printing technologyĬontinuous InkJet technology is limmited in print height while print width may be extended. The example features a PPN code on a drug. Curved surfaceĬurved surfaces like tubes should have a code at minimum height (typically 8 modules) and an increased width. The upper example encodes a standard product ID following EDIFICE guidelines for electronic products. Typically, the height of 8 modules is used and should be extended to a higher width if more than 13 alphanumeric characters are encoded. The following use-cases require additional rectangular sizes if higher data amount must be encoded: Highly rectangular marking surface Use-Cases for extended Data Matrix Rectangular formats Source: IEC e-tech Current Data Matrix Rectangular Formats (not DMRE)ĭata Matrix following ISO16022 ECC200 already features the following rectangular formats: We are also working on a similar approach for a rectangular QR code (ISO/IEC 23941)." ![]() "We have just published a new DataMatrix rectangular barcode (ISO/IEC 21471), which can be engraved onto very small medical instruments and equipment for hospital theatres and used to track them. ![]() And yes, it does make me a bit proud to know that Data Matrix can still help solve real-world problems – when in the hands of some very smart people.ĭennis Priddy" Message from Henri Barthel, ISO/IEC JTC 1/SC31 Chairman "I love it! Your implementation of the Extension could not be more perfect in its simplicity, execution and effectiveness. The example code below shows an extended rectangular Data Matrix with a module size of 8圆4 fitting well in the available space on the object: Message about DMRE from Dennis Priddy, one of the original Datamatrix developpers WaspLabeler +2D is designed to improve the efficiency and accuracy of your business.Data Matrix Code with additional rectangular formats. Generate barcode scan sheets or shadow books so that barcodes for small or difficult to tag items are readily accessible. Easily combine text, company logos, and barcodes to create the barcode label you need. With WaspLabeler +2D’s intuitive interface, you can quickly create QR codes, inventory barcodes, asset tags, product shipping, mailing labels, and more. Wasp’s easy to use barcode software can design and create barcodes and QR Codes for use as product barcode labels, inventory labels, product scan sheets, or other printed barcode labels. ![]()
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