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Data Matrix barcodes are utilized in various industries, including retail, government, manufacturing, healthcare, and logistics management. Barcode are encoding product information,track parts and components, encode patient data, and manage the supply chain from manufacturing to retail. They also aid in quality control and counterfeit prevention. Some Limitation of using Data Matrix Barcodes: *Limited data capacity compared to other 2D barcodes. *Compatibility issues may hinder readable in extreme environments. *Widely used in the US, not globally recognized. *Limited printing options for accurate scanning. *Limited use for human-readable information. *Difficulty in scanning hard-to-reach areas or large items. Data Matrix is a two-dimensional barcode to encode information in both horizontal and vertical directions. Size of Data Matrix barcode is determined by module size, number of modules required to encode the data, and error correction level. The size of the barcode can also be influenced by the printing process, materials used, and the specific application for which it is used. For example, a smaller module size can be required for small electronic components, while larger modules may be needed for larger items. Some Advantages of using Data matrix Barcode: Data Matrix barcodes are a cost-effective and versatile solution for various applications, offering high information density and reliability. They can encode characters and can be read even if damaged or obscured. Application is small, suitable for medical devices and product labels, and can be printed on various surfaces and colours. Barcode can be encrypted for authorized access, making them suitable for industries like healthcare, automotive, and aerospace. Additionally, they have lower printing costs compared to linear barcodes.