First, decide where it will be attached
The surface material, attachment position and environment of packaging, apparel tags or other objects affect label structure and reading performance.
RFID LABELS
Blank RFID labels
We coordinate blank RFID label selection and production processing for product identification and movement. Discuss the surface material, finished dimensions, chip protocol and reading environment to determine a suitable label structure and roll format.
SELECTION CONSIDERATIONS
Start with actual operating conditions
Confirm the specifications together
Confirm finished dimensions and shape, surface material and adhesive, chip and antenna, core size and winding direction against processing and equipment conditions.
From samples to production
Validate attachment, printing, encoding and reading with samples, then confirm production and acceptance criteria. Quantities and lead times depend on the specific requirements.
BEFORE WE START
Bring these details for a clearer selection
- Object, attachment material and environment
- Label shape, finished dimensions and quantity
- Chip protocols, encoding and reading requirements
- Printer, core size, winding direction and layout
Supply specifications and processing requirements are confirmed against samples. Include target dimensions, materials and quantities in your inquiry.
QUESTIONS & ANSWERS
Common selection questions
Can I order based on dimensions alone?
Dimensions are the starting point. Surface material, adhesive, chip, antenna and roll format also need confirmation. Provide a sample or current specification sheet before production is arranged.
Can I reuse a die with matching dimensions?
Shape, spacing, material, antenna and processing conditions must all match. A confirmed fit can reduce new die costs and tooling time.
Should encoding rules be agreed in advance?
If labels need printing or RFID encoding, define the data source, encoding rules, read-back verification and handling of faulty labels in advance.