Applications by Industry. Other Resources. Company Company. Partners Partners. Accessories Accessories for Wasp Hardware. Warehouse Management. Stock Room Management. Manufacturing Process Management. Retail Inventory. Consumables Tracking. IT Asset Tracking. Equipment Tracking. Facility Management. Medical Supplies Management. Tool Tracking. Funding Management.
Mandate Compliance. Education Assets. Keg Tracking. Commonly found in warehouse, distribution, and manufacturing, Code I 2 of 5 is a numeric-only barcode used to encode pairs of numbers. Every two digits are paired to create one symbol. The number of digits used must be even for this format to work, so a zero is commonly added at the end of an odd set of numbers.
Found on nearly every retail product, these barcodes were originally created for grocery stores to provide quick receipt printing and inventory tracking. After securing a UPC number, a manufacturer will receive a unique company number to combine with their individual product numbers.
Considered a superset of the UPC, these barcodes are used specifically by booksellers, libraries, universities and wholesalers for book traceability. Like UPCs, these are standardized for the unique identification of publishers. It is the also the chosen standard by the USPS and Department of Homeland Security due to its advanced capabilities, such as encoding links to more than one data file.
However, it can be expansive in size — 4 times larger than other 2D barcodes such as Datamatrix and QR Codes. Data Matrix. This has become one the most common 2D barcodes. It is a square in shape code and can encode large — as in huge — amounts of informaton in a very small space; it is very popular in electronics manufacturing and healthcare for that reason. Image via Pixabay by geralt. With a large number of scanners and barcode printers available on the market, there are potentially hundreds of different barcode configurations available.
These barcodes can be customized for unique needs and specific workflows being used in various industries throughout the world.
However, since many barcodes are used to transfer items between locations, organizations and systems some important standardization has occurred. There are about 30 major barcode formats that are commonly used today based on the linear numeric, linear alpha-numeric, and 2-dimensional designs. Each of these major formats has seen adoption in particular applications that can take advantage of their unique qualities. The best way to identify a particular barcode is to compare it with a list of common barcode formats.
For example, the Postnet format used by the United States Postal Service has a very distinguishable linear format of long and short lines that is easy to identify. In addition, a 2D barcode is often very easy to distinguish versus a linear barcode due to its use of squares instead of lines. With many other linear barcode formats, it can be difficult to differentiate between a numeric versus an alpha-numeric barcode as the printed design can look similar in some cases and characters are not always printed beneath the barcode.
While no single standardized barcode format exists, there are a few important specifications that define how they are designed and created. Barcode labels can differ in their size, capacity, linearity, material, and whether or not a checksum is required. The size of a label is often dictated by the specifications of the scanning equipment and the intended application.
In some cases, a particular label orientation may be required to accommodate scanning hardware or other process equipment.
The linearity of the barcode measures the length of the scannable area and is a function of the barcode capacity depending upon the particular style. Sign up using Facebook. Sign up using Email and Password. Post as a guest Name. Email Required, but never shown. Upcoming Events. Featured on Meta. Now live: A fully responsive profile. The unofficial elections nomination post. Linked 0.
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