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Singulated Encoding with LineLogix

Encode In Motion relies on Addressed Encoding. The addresses are the UIDs of HF chips or TIDs of UHF chips, fixed by a singulated read antenna upstream of the encoding stages. Singulation means the antenna is about the same size as the inlay, or shielded to be so, such that the antenna can only "see" one single chip at a time.

Without Addressed Encoding, you must do Singulated Encoding, where the encode antenna can only "see" one single chip at a time. That works great when you can stop the web, like on a rewind machine, printer, applicator, dispenser, etc. It's not hard to do with cards in motion if you allow a lot of space and sacrifice throughput.

Singulated Encoding can be hard to impossible to set up with a moving label web. You may be able to get it working for special cases. If you only ever make one kind of label, and that label has a good geometry for encoding, then that may be the way for you to go. For low volumes or changing stock, you are usually better off encoding finished labels on a rewind system that can stop for each one. You can also encode inlays on a rewind before insertion.

GlueLogo

Stop Motion Encoding

LineLogix Standalone

Providing all the features of the LineLogix system without a transport, the LineLogix Standalone system is a fully functional low volume production system. When activated, it scans continually for new chips. When it finds a new chip, it does whatever it is configured to do. Modes are configured by ASCII format JOB files, and include:

  • Encode any and all parts of any supported chip including Mifare Plus
  • Perform Mifare Plus Personalization
  • Encode constant data from an ASCII format DAT file
  • Set keys and passwords in chips that have those features
  • Merge data from CSV
  • Merge data from Barcode
  • Merge the chip UID or TID into the enode data
  • Use Barcode or UID/TID to ook up merge values in a CSV
  • Generate any encode data required by your application through a Macro mechanism
  • NFC Editor, NFC Clone Tag feature, and NFC File Import from Eclipse

LineLogix Standalone usually has an operator passing chips over the antenna by hand. A proficient operator with a two-hand pattern can make that go faster than 1/sec. 		 

Nip Driven Rewind

GlueLogix has designed an excellent rewind machine for RFID work.

The nip drive allows it to stop the label web with each chip over the antenna. Most rewind systems are driven by the hub of the windup roll, so their speed changes as the windup roll grows. Overshoot also increases with windup roll diameter, both because of the edge velocity and the inertia of the roll. The nip design of the GlueLogix rewind machine cuts through all those weaknesses.

The 8020 extrusion frame allows for mounting vision, antennas and any other required accesories on two full sides of the machine.

System control is integrated with data flow in the time tested GlueLogix TCU, which runs the machine.

All data features of the Standalone system are available in the Rewind system. 		 

Custom Designs

GlueLogix has designed and shipped a number of custom encoding designs, including
  • Applicators with vision and downstream verify functions, all interfaced with a third party encryption box.
  • PC software that intercepts Zebra and Sato print formats from NiceLabel or BarTender, extracts and encodes RFID information, and forwards the rest to the actual printer.
 

Singulated Encoding Without Stopping

LineLogix

The LineLogix on-press system supports a subset of the encoding operations listed above with chips in motion:
  • Encode short block data to UHF Gen2, HF ISO15693 and ISO14443-A Ultralight/NTAG chips
  • Encode constant data from an ASCII format DAT file
  • Merge data from Barcode. CSV data may be injected on the Barcode serial port
  • Verify encoded data from Barcode
  • Merge the chip UID or TID into the enode data
  • Perform a limited number of sequenced operations on each chip, specified by an Operations Table in the JOB file


These systems are ALWAYS designed for a large number of the same kind of tag. The system shown on the right was implemented on a Melzer machine, with stop capability but no control over the dwell time. To do that in motion, you need long spacing and slow web speed. In motion, this design is generally not economical for anything shorter than luggage tags. 		 

Encode In Motion

The only general solution for fast encoding on press, in motion, is the GlueLogix Encode In Motion design.