What Is A Barcode: Definition, History, and Development

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Effective barcode systems should focus on four key elements:

Step 2: Choose the right printer for your label material.

Thermal transfer printers are available that are compatible with specialty label materials that are resistant to rain, chemicals, sunlight, etc. These systems can also print on materials with various types of adhesives, from removable or repositionable to high-grade permanent adhesives. Print resolution is another factor when choosing a printer, with systems ranging from 203 dots per inch (dpi) to 600 dpi. View Brady's IP™ Thermal Transfer Printer.

Step 3: Determine your label design needs.

A variety of label design packages are available that allow companies to create a variety of label formats, including alphanumeric text applications, barcodes, and serial number generation. Software packages can be integrated to your Enterprise Resource Planning (ERP) system so data can be automatically downloaded to your label file. View all of Brady's software solutions.

Step 4: Select a barcode scanner.

Your scanner needs are determined by how you apply your barcode data: Does your system need to simply simulate typing the data into your system, or do you need to manipulate the data coming into the computer system? Connectivity is another consideration: USB with a cord or wireless with Bluetooth? The symbology of your barcodes (linear or 2D) and their density are also determining factors. Brady offers a full range of scanners to meet the needs of most applications.

Barcode technology continues to evolve, as companies discover new ways to use label data to drive operational efficiencies and improvements. Current RFID technology is already pushing the boundaries of what we can expect from label applications. Brady provides the flexibility of on-demand, integrated total solutions to not only identify your products but also support your system at every point.

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