• Bar Code Printing and Label design compliance

 

General Motors shipping label - AIAG

example of both linear barcode, a data record reference locator, vs the 2D symbology PDF417 in the upper corner. The two dimensional 'sneeze' pattern encodes the complete transaction record . Unlike a linear barcode which must reply upon a database to retrieve the data record, the complete encoded transaction is carried with the product- all the text, graphic, any binary digital data may be encoded without error.

Yet another example of a two-dimensional binary pattern symbology is the Data Matrix code. This compressed data record also enjoys the Reed-Solomon algorithm to ensure unparalleled accuracy when 'scanned'.

 

Smart Labels

New, innovative label printers can read, write and print labels carrying embedded ultra-thin RFID transponders. Transponders contain integrated circuits that can be read, programmed and re-programmed using non-contact radio waves. This revolutionary technology enables you to change and update data repeatedly throughout the life of the RFID "smart" label. RFID technology utilizes several radio bandwidth frequencies. Several of these designated frequencies are established consortium specifications for 'universal' applications - such as the ePC - electronic product code. Smart labels can be read through dirt, paint, and many non-metallic objects. RFID smart labels feature anti-collision technology, which allows the operator to scan and identify several objects simultaneously such as totes of supplies or entire pallets of optimally labeled and positioned product.