NCR Ultra Print Formulation: Thermal Transfer Ribbon Solutions Datasheet

 

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

NCR Ultra Print Formulation is a bridge technology, midrange thermal printing transfer ribbon that is a low-cost alternative to wax ribbons. Choosing NCR Ultra Print Formulation ribbons gives you improved barcode scanning results, reduction in static-related errors, enhanced thermal printing contrast for multicolored labels, and increased image durability to abrasion in high-speed conveyor and shrink wrap applications. NCR Ultra Print Formulation ribbons also help lower your costs by minimizing the need to relabel and reducing your inventory needs. With NCR Ultra Print Formulation ribbons, you get superior results for less.

  • Get maximum print quality, durability and performance for critical applications
    NCR Ultra Print Formulation ribbons produce the darkest, most durable results of any midrange thermal transfer ribbon in the market. 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 Ultra Print Formulation ribbons, you can feel confident knowing 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 Ultra Print Formulation ribbons, which are designed to withstand the rigors of individual applications and processes. You’ll reduce the need to relabel due to damage caused by conveyer systems by 5 to 7 percent. You’ll also minimize compliance penalties that result from barcode damage during shipping. And, you’ll improve barcode readability by up to 2 percent, reducing the need to rescan.