RFID Source Tagging for Textile Manufacturers
RFID source tagging enables textile manufacturers to integrate a permanent digital identity directly into garments, linen and reusable textile products during production.
When RFID is added only after manufacturing, laundries, rental companies or end users must introduce a separate application process. This creates additional handling, labor and potential assignment errors. By embedding the RFID tag at source, manufacturers can deliver textiles that are already identifiable and ready to be connected to downstream tracking systems from the moment they enter service.
Datamars LaundryChip™ transponders are engineered for industrial laundry conditions and can be integrated through different source-tagging methods. With RFID Tag-on-Label, the LaundryChip™ is embedded directly into a care or brand label during standard production, reducing the need for a separate post-production tagging step.
Through Twinify, the tag’s unique identity can also be associated from inception with product-specific information, creating a secure cloud-based Digital Twin of the textile item.
This allows manufacturers to simplify downstream RFID adoption, improve data assignment and add traceability and digital value to the finished textile throughout its complete lifecycle.
ACTIONS SPEAK LOUDER THAN WORDS! Explore the tangible benefits of RFID solutions for textile manufacturers by reading this REAL case:
RFID Tag-on-Label: designed for textile manufacturers

RFID Tag-on-Label was developed specifically for textile manufacturers who want to make their products RFID-ready directly during production.
By integrating the RFID tag into the textile label, manufacturers can deliver garments, linen and other textile items already equipped for digital identification, without adding a separate tagging step later in the laundry or customer operation.
This helps reduce application complexity, simplify downstream RFID adoption and add value to the finished textile from the very beginning of its lifecycle.





