Cognitive’s Mission Critical Desktop Thermal Printer
Truly a printer you can stand on!

Cognitive's flagship product, the AdvantageLX (formerly known as the Blaster or Blazer), is still the preferred industry choice for mission critical desktop printer applications. It remains a much beloved printer by both its users and our resellers.

“AdvantageLX earns its reputation as the mission critical desktop every day,” says Raul Palacios, Cognitive's Director of Business Development. “Our resellers trust the AdvantageLX to perform and to survive in the most demanding of environments,” he says. “Almost nothing stops these printers.”

Cognitive’s high-performance AdvantageLX thermal label printers provide a robust platform driving productivity to the next level. Increased memory, as well as a full suite of stored objects, gives you greater flexibility to meet your demanding business needs.

Barcodes

A barcode is the image represented by a pattern of wide and narrow bars which contains information which is read by a barcode reader (optical scanner). Cognitive Solutions thermal barcode printers can print both 1D linear and 2D barcode images.  With exceptional printing quality, our barcode printers are compatible with a wide range of scanning.
  
1-D Barcodes (Linear Barcodes): Linear barcodes store data within the line width, the spacing between the lines, and the combinations the lines.  The clarity and contrast of the line images increases the barcode data scan ability and accuracy.  Cognitive Solutions thermal barcode printers have high quality standards to ensure barcode data is printed on media with the highest accuracy and scan ability.

2-D Barcodes: 2-D Barcodes offer a more broad symbology range.  The most common 2D symbology utilized today is matrix codes, which features square or dot-shaped modules arranged on a grid pattern.  There are many 2-D symbologies other than matrix codes, such as those which have circular patterns, or those which utilize steganography by hiding an array of different sized or shaped modules within a user specified image.