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<\/p>\n","protected":false},"excerpt":{"rendered":"Among digital printing systems, the process of thermal transfer on labels stands out for its superior print quality.<\/p>\n
Its colour covering and resolution guarantee barcode legibility, thus ensuring results that surpass the latest generation of ink\/wax jet systems, even for small sized codes.<\/p>\n
A broad range of available ribbons allows users to select the right pigment for their specific printing needs, ensuring compatibility with the label material selected; specific projects can be developed to totally satisfy all readability and indelibility requirements<\/p>\n
The \u201cThermal Transfer Ribbon\u201d comprises a polyester support (liner) with one side covered by a veil of dry ink (1-1.5 g\/sq.m.), available in pigments of various colours and compositions.<\/p>\n
On the opposite side, the liner is specially treated with a \u201cback coating\u201d to scroll along the printing head without damaging it, that is, at low friction and without generating electrostatic charges. The use of good quality ribbon is thus an important factor both for graphic yield and towards containing operating costs<\/p>\n
Two types of thermal transfer ribbons exist, depending on the printing technology adopted: \u201cflat\u201d or \u201cnear-edge\u201d (from the position of the thermal head).<\/p>\n
\u201cFlat\u201d technology used by print apply print modules (e.g. Sato and Zebra) guarantees a greater life expectancy for the heads, and allows for the use of more economical ribbons.<\/p>\n
\u201cNear-edge\u201d technology is indispensable only when using encoders with a horizontal head movement (e.g. Dataflex).<\/p>\n
<\/p>\n","protected":false},"excerpt":{"rendered":"