Brady M7-R6900-GN / 173183, Green 6900 Series Thermal Transfer Printer Ribbon, 50.80 mm x 46 m

Product description

Professional identification of cables, machines, and components requires not only precision, but also long-term durability and flawless readability. The original Brady M7-R6900-GN / 173183 ribbon from the 6900 Series is designed specifically for Brady M7 printers and uses advanced thermal transfer technology. This method ensures that the color penetrates deep into the substrate material, resulting in a print that is exceptionally resistant to mechanical wear, chemicals, moisture, and UV radiation. The green color (Green) is ideal for visually distinguishing specific categories, safety codes, or groups of components in complex technical systems, where rapid identification is crucial for work efficiency.

Using original devices from Brady, the world leader in labeling, guarantees perfect compatibility and stable printer operation. Unlike non-original replacement parts, which can cause ribbon jams, uneven printing, or damage to the print head, this ribbon ensures smooth printing operation without the need for frequent manual intervention. The material is developed to minimize static electricity and ensure consistent quality of every printed label. Investing in an original tape is therefore an investment in the stability of your operations, saving time on maintenance and ensuring the satisfaction of the teams who work with labeling every day.

• Type: Original
• Color: Green
• Series: 6900 Series
• Print technology: Thermal Transfer
• Tape width: 50.80 mm
• Tape length: 46 m
• Product number: M7-R6900-GN / 173183
• Compatibility: Brady M7 printers

This tape is supplied in practical packaging that protects the material from damage during storage and transport.

Its dimensions are precisely specified for standard applications where reliability and consistency of the final appearance of labels are required. By choosing this product, you ensure that your labeling will look professional and withstand demanding operating environments for a long time without any degradation in quality.