Choose updated RFID tags to move towards a more efficient and environmentally friendly future
With the development of IoT technology, RFID (Radio Frequency Identification) technology is becoming increasingly widely used in supply chain management, asset management, and retail industry. However, one of the core issues in promoting RFID is chip technology and cost control, especially in the production of tag antennas. Today, we will explore how to solve this problem through innovative printing processes and bring new opportunities to your business.
The collision of tradition and modernity: tag antenna manufacturing process
-Etching method
-Although etching can accurately produce the desired antenna pattern, its process involves chemical corrosion, which has a certain impact on the environment and is relatively expensive.
-Winding method
-The winding method has high reliability, but it is costly and time-consuming, making it unsuitable for large-scale low-cost production.
Embracing Change: A New Era of Directly Printing RFID Tag Antennas
Faced with the limitations of traditional methods, we have turned to a more advanced and environmentally friendly solution - using printing to directly print RFID tag antennas. This new process not only reduces environmental pollution, but also significantly lowers production costs and improves efficiency.
-Screen printing method
-- Inkjet printing method
-Inkjet printing provides a higher precision and lower energy consumption option, especially suitable for rapid prototyping and small batch customized production.
Our advantages
-Environmental protection and energy conservation - high cost-effectiveness - short production cycle - strong adaptability
Conclusion
Choose advanced printing technology to make your RFID project more cost-effective. We are committed to promoting industry progress, providing comprehensive services from design to production, and helping customers achieve digital transformation. For more details, please contact customer service or leave a message for consultation.