RFID / NFC Composite Labels
Converted RFID and NFC labels — inlay placement, lamination and read verification under one roof.
The Challenge
RFID and NFC labels combine a printed label with an electronic inlay. The value is in the marriage: the inlay must sit precisely, survive converting and lamination, and still read reliably through the finished label.
Buyers of smart labels need one supplier who owns the converting quality, not just the antenna design.
Why Labels Fail
Inlay shift during lamination is the classic defect — an inlay a few millimeters off spec detunes the antenna. Metallic facestocks or metallicized films can shield or detune the tag entirely. And converting tension can crack or fatigue inlay connections long before the label reaches the consumer.
Material Solution
We integrate inlays supplied by certified inlay partners and focus our engineering on what happens around them: lamination alignment, radio-friendly facestock selection (avoiding shielding metallized films where tags must read), and label construction that protects the inlay through application and use.
Process Control
Inlay placement is verified during lamination, and converting tension is controlled to protect inlay integrity. Label size, antenna position and applicator requirements are defined with your team before production.
How We Verify
Finished labels are read-tested for consistency before shipping, and we confirm read performance against the specifications of your reading equipment and your partner ecosystem.
Where antenna design or reader architecture is involved, we work alongside your RFID partner — discuss with our engineers.
Facing a difficult labeling condition?
Describe your substrate, environment and filling process — our engineers will recommend a material and run a trial sample.
Contact Our Engineers