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Entry Level
Basic Line

LEIBINGER JET3up PI 

Marking dark cables and plastics with high contrast

JET3up PI pigment printer
  • Special printer for pigmented inks (e.g. white, yellow, blue, orange)

  • Non-contact marking of dark backgrounds

  • High availability and reliability guaranteed

Essential Line
Universal Line
High Speed Line
Tech Info

Do you want to mark dark surfaces in high contrast with a LOT number or meter marking? Then you need an inkjet printer that can process pigmented inks (also known as contrast inks or opaque inks) to create a good contrast level on the product. After all, it is just as difficult to read conventional inks on dark backgrounds as it is to read writing from a fountain pen on black paper.

 

The challenge: Pigmented inks cannot be used in a standard inkjet printer. This would result in problems in short order because the pigment in the contrast inks would continuously build up in the hydraulic components and nozzle of the marking system. This plugs up the inkjet printer. The quality of the marking suffers and the availability and reliability of the inkjet printer is reduced. Paul LEIBINGER confronted this problem and developed its own pigment ink printer in which the ink pigments cannot set.

How does the JET3up PI do it? The combination of a unique hydraulic system with an integrated ink agitator and a fully automated interval mode for production shutdowns means that the ink regularly circulates through the entire inkjet printer. These processes prevent the pigments from permanently setting, for instance in white, yellow or orange pigmented ink.

Ideal for dark substrates and UV-resistant imprints

The JET3up PI is ideal for marking and coding applications in which a strong contrast is to be created between the imprint and a product with a darker substrate. Examples include black cables, pipes, wires, automotive parts or brown beer bottles that have to be marked in white for clearer legibility. White and other light-colored inks, as well as dark inks with high opacity, contain pigments and cannot be used in standard printers as a result. The pigments they contain also make the inks particularly UV-resistant.

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