NCR Edge Ultra Formulation: Thermal Transfer Ribbons Datasheet

 

Achieve better print results and lower costs with NCR thermal transfer ribbons

NCR Edge Ultra Formulation is a near-edge technology wax resin thermal printing transfer ribbon. It is an innovative solution for near-edge, high-speed thermal printing barcode applications. Choosing NCR Edge Ultra Formulation gives you high-quality barcode scanning results, reduction in static-related errors and increased image durability that is resistant to smearing and abrasion. NCR thermal transfer ribbons also help lower your costs by minimizing the need to relabel and lowering your inventory needs. With NCR Edge Ultra Formulation, you get superior results for less.

  • Get maximum print quality, durability and performance for critical applications
    NCR Edge Ultra Formulation thermal transfer ribbons give you dark, durable images. This solution incorporates NCR Static Protection Elimination Control technology to greatly reduce static-related errors. With NCR Static Protection Elimination Control, you have fewer voids when printing due to dust. Printhead life is increased by as much as 30 percent due to reduced electrostatic discharge, which ensures consistent performance. And we qualify our thermal transfer ribbons with all label materials for optimal performance and compatibility. With NCR Edge Ultra Formulation, you can feel confident that you’ll always get the best printed results for your applications.
  • Improve operational efficiency and results
    You’ll save time and effort with NCR Edge Ultra Formulation thermal transfer ribbons, which are designed to withstand the rigors of nearedge, high-speed conveyer and shrink wrap applications. NCR Edge Ultra Formulation’s high smear and abrasion-resistant formulation helps reduce the need to relabel when barcodes are damaged by conveyer systems by five to seven percent. You’ll also minimize compliance penalties that result from barcode damage during shipping. And you’ll improve barcode readability by up to two percent, reducing the need to rescan.