LEADTOOLS provides fast, highly accurate, and reliable UPC/EAN Barcode detection, reading, and writing support
for .NET (C# & VB, Core, Xamarin, UWP), C/C++, iOS, macOS, Linux, Java, and web developers.
The award-winning LEADTOOLS libraries help programmers add amazing, full-featured UPC/EAN Barcode technology to applications in record time.
Universal Product Code (UPC) and European Article Number (EAN) barcodes are two of the most widely adopted and longstanding barcode symbologies
in use throughout the world to identify products in point-of-sale retail applications. There are several variants supporting different sizes and
densities and therefore can be used in virtually any retail application, such as large warehouses with massive inventories and specialty shops
dealing small items with limited space to attach barcodes.
UPC-A is the most widely used barcode in the United States, as it is used extensively to identify consumer goods.
UPC-A barcodes consist of 4 parts: number system, manufacturer code, product code, and a check digit.
The number system is the number to the left and outside of the bars.
The manufacturer code is the group of 5 digits on the left.
The product code is the group of 5 digits on the right.
The check digit is the number to the right and outside of the bars.
The UPC-E symbol is a compressed version of the UPC-A symbol and is generally used anywhere a UPC-A symbol will not fit.
The compression algorithm removes unneeded zeros from the underlying data structure effectively converting 10 characters into 6.
The EAN/UCC-13 symbol is used internationally to identify consumer goods.
It is based on the UPC-A symbol with one difference.
The numbering system in UPC-A can only be one digit, 0-9; whereas, the EAN-13 numbering system consists of two digits, 00-99.
The numbering system in EAN-13 is basically a country code.
Additionally, EAN-13 is a superset of UPC-A, meaning EAN-13 barcode readers can also decode UPC-A symbols.
EAN-13 Data Structures
JAN Codes (Japanese Article Number)
JAN Codes are EAN-13 symbols that use 49 or 45 for the number system/country code.
This barcode is used for the majority of products distributed in retail stores in Japan and is compatible with other UPC/EAN codes and supplements.
Bookland Codes are EAN-13 symbols that use the "978" number system and store book ISBN numbers without the ISBN check digit (last digit of the ISBN).
For example, the ISBN for "Managing Human Resources" by Bohlander and Snell is 0-324-31463-9.
To convert this to a Bookland code, prepend "978" to the beginning and drop the ISBN check digit (the last digit) and dashes resulting in 978032431463.
Use that number to calculate the EAN-13 check digit which is 2.
The final Bookland code is 9780324314632.
The EAN/UCC-8 symbol is used internationally to identify consumer goods, but is shorter than EAN-13 symbols.
Unlike UPC-E that can be expanded back into a UPC-A symbol, EAN-8 cannot be expanded into an EAN-13 symbol.
Manufacturers must request separate EAN-8 and EAN-13 codes from the appropriate numbering authority.
EAN/UPC Supplementary Extensions
UPC-A, UPC-E, EAN-13, and EAN-8 symbols can include a supplemental symbol to the right of the main symbol.
This additional symbol is not as tall as the main symbol and will contain 2 or 5 characters of data.
This supplemental data represents periodical issue number or manufacturer suggested retail pricing up to $99.99.
EAN 2-Digit Supplementary Extension
The EAN 2 Extension represents periodical, such as magazines and newspapers, issue numbers.
EAN 5-Digit Supplementary Extensions
The EAN 5 extension represents the suggested retail price of books.
The first digit represents the currency.
The remaining 4 digits encode the amount.
For example, "57500" indicates a suggested retail price of $75.00.
The Full Evaluation Download includes all LEADTOOLS Document, Medical, Imaging, and Vector technologies for all development and target platforms.
Get everything LEADTOOLS all in one convenient download.
For many of us, a day hardly goes by without seeing a barcode. For software developers, this creates immense opportunities to create software that handles both the encoding and decoding of barcodes. How does a developer or project manager get started on their path to success? When you boil it down, there are two primary questions you should ask: Which barcodes should I use? How will I use them? This white paper will help clear the muddied waters surrounding both of these questions by detailing several of the most popular barcodes and how programmers can use the award winning imaging SDK technology in LEADTOOLS to quickly and easily develop their application.
LEADTOOLS Barcode Pro includes everything developers need to detect, read, and write over 100 different 1D and 2D barcode types and sub-types such as UPC, EAN, Code 128, QR Code, Data Matrix, and PDF417. By building upon the award-winning LEADTOOLS Imaging Pro features, including 150+ image formats, image compression, image processing, image viewers, imaging common dialogs, 200+ display effects, TWAIN and WIA scanning, screen capture, and printing, LEADTOOLS Barcode Pro is one of the best values on the market for barcode imaging technology.
LEADTOOLS Pro Suite is a an extensive bundle in the LEADTOOLS Pro line of SDKs and includes HTML5 Zero-footprint image viewers, barcode detect/read/write, advanced PDF read/write/view/edit, 150+ image formats, image compression, image processing, image viewers, imaging common dialogs, 200+ display effects, TWAIN and WIA scanning, screen capture, and printing. Developers using LEADTOOLS Pro Suite can develop robust imaging applications and solutions at a fraction of the cost of similar feature sets found elsewhere on the market.
Develop powerful document imaging applications with LEADTOOLS Document Imaging. Features include PDF viewing and editing, comprehensive image annotating, specialized bitonal image displaying, and image processing. Other features include performance and memory optimizations for bitonal images, document image cleanup, including inverted text, border, hole-punch, and line removal, and scanning with LEADTOOLS Fast TWAIN and WIA.
The LEADTOOLS Recognition Imaging SDK is a handpicked collection of LEADTOOLS SDK features designed to build end-to-end document imaging applications within enterprise-level document automation solutions that require OCR, MICR, OMR, barcode, forms recognition and processing, PDF, print capture, archival, annotation, and image viewing functionality. This powerful set of tools utilizes LEAD's award-winning image processing technology to intelligently identify document features that can be used to recognize and extract data from any type of scanned or faxed form image.
The LEADTOOLS Document Imaging Suite SDK is a comprehensive collection of LEADTOOLS SDK features designed to build end-to-end document imaging solutions that require OCR, MICR, OMR, ICR, barcode, forms recognition and processing, PDF, HTML5 Zero-footprint viewing, conversion, print, capture, archival, annotation, and image viewing functionality. This powerful set of tools utilizes LEAD's award-winning image processing technology to intelligently identify document features that can be used to recognize and extract data from any type of scanned or faxed form image.
Develop powerful Medical Imaging applications with the LEADTOOLS Medical Imaging SDK. Features include comprehensive DICOM data set support, 8-16 bit extended grayscale image support, image annotation, specialized extended grayscale image display such as window level and LUT processing, and medical-specific image processing. Other features include lossless JPEG compression, and signed and unsigned image data processing.
Develop robust DICOM PACS applications with LEADTOOLS PACS Imaging. Features include Medical Web Viewer Framework, high and low-level PACS SCP and SCU functions and controls, secure PACS communication, comprehensive DICOM data set support, image annotation, extended grayscale image display such as window level and LUT processing, and specialized medical image processing. Other features include lossless JPEG compression, JPIP, MRTI, and signed and unsigned image data processing.
Develop powerful PACS and Medical imaging applications with LEADTOOLS Medical Imaging Suite. Features include LEAD's Zero-footprint HTML5 DICOM Viewer, Medical Web Viewer Framework, Medical 3D, DICOM Multimedia codecs, high and low-level PACS SCP and SCU functions and controls, secure PACS communication, Print to PACS, comprehensive DICOM data set support, image annotation, extended grayscale image display such as window level and LUT processing, DICOM Hanging Protocol, and specialized medical image processing. Other features include lossless JPEG compression, JPIP, and signed and unsigned image data processing.
Your email has been sent to support! Someone should be in touch! If your matter is urgent please come back into chat.
Monday - Friday, 8:30am to 6pm EST.
Thank you for your feedback!
Please fill out the form again to start a new chat.
All agents are currently offline.
Monday - Friday
8:30AM - 6PM EST
To contact us please fill out this form and we will contact you via email.
First name is required.Last name is required.Valid email is required(e.g firstname.lastname@example.org).Question cannot be empty.
Thank you for the feedback! Have a great day!
The conversation has been ended. Please fill out the survey below!