Reliably Readable 2D Codes on Paper Labels with K 100 N
Case Study
Initial Situation
With GS1 Sunrise 2027, 2D barcodes are becoming increasingly important for product identification, traceability, and consumer information. However, it is not just the code itself that matters: Small modules and high data density require a sharp, high-contrast, and reproducible print image.
Challenge
For high-volume labeling, the labels must be reliably scannable, cost-effective, and implementable without fundamental changes to existing printing processes. To achieve this, the ribbon, substrate, and print parameters must be precisely matched.
Solution
For standardized labeling tasks on suitable paper labels, K 100 N offers a practical solution. The wax ribbon is designed for flat-head thermal transfer printers and supports clear, high-contrast reproduction of detailed 2D codes. Existing printing systems can continue to be used. To ensure reliable readability, the label material, print resolution, speed, and print energy are optimally coordinated, and the result is then verified.
Result
- Reliable readability: Sharp, high contrast 2D codes on suitable paper labels
- Cost-effective operation: A cost-conscious solution for standardized applications and high print volumes
- Easy integration: Use of suitable existing flat-head printers following coordinated qualification
Conclusion
The added value of a 2D code begins with a reproducible print image. K 100 N combines clear labeling with cost-effective processing and helps companies specifically prepare their existing thermal transfer processes to meet the requirements of GS1 Sunrise 2027.
Would you like to check whether K 100 N is suitable for your application?
