Graph-Tech USA is introducing the RFID-Runner, a next-generation UHF encode-and-print system designed to improve speed, efficiency, and cost-effectiveness in RFID label production.
The RFID-Runner is capable of encoding and printing 10,000 RFID tags in under 12 minutes, significantly reducing production time compared to conventional systems. Its design supports lower consumable usage and overall operational expenses, delivering measurable cost efficiency.
Traditional RFID encoding and printing methods, such as thermal transfer systems, often cannot meet current industry demands, particularly as initiatives like Walmart’s RFID mandate require higher volumes at lower costs.
RFID-Runner Advantage
The RFID-Runner addresses these challenges with significant improvements in speed, cost efficiency, and accuracy, according to company officials.
“Our RFID-Runner is built to solve the bottlenecks that companies face with outdated RFID systems,” said William Strater, VP of Business Development, Graph-Tech USA. “It offers improved speed, reliability, and cost efficiency, supporting companies in meeting evolving supply chain requirements.”
Production Flexibility
At the core of the system is a triple-Impinj architecture: one encoder identifies the TID, a second encodes the data, and a third performs multiple quality and data checks, ensuring complete data integrity. This allows for minimized material waste as the system eliminates tag losses at roll starts and ends.
The RFID-Runner allows for production flexibility as well, with the ability to run either labels or cut tags on the same machine. Optional cameras can be integrated for full visual inspection. These features contribute to greater operational efficiency, enabling higher output with fewer operators while maintaining consistent quality, said Strater.
In addition to hardware, Graph-Tech USA provides data preparation software, multi-format compatibility, and audit file generation for compliance and traceability. Integrations available include print, laser, and encryption features.