Translation of "Reverse printing" in German

This applies both to reverse printing and also to top printing of the film.

This utility will reverse the printing order and print from the last page to the first one.

Wrap around labels with reverse-side printing can be wrapped around a round container several times and then sealed.

If the method is also to be employed for a printing operation in the reverse direction (printing from left to right) ambiguities may occur in the evaluation of the code words for skip bytes or end bytes.

While the printing apparatus with the plates inserted can be used purely as an off-set printing apparatus, the user after removing the printing plate support can, for example, place a linoleum cut or a copper plate for an etching on the carrier plate support whereby he can print directly (reverse image printing) or indirectly (nonreversed image printing).

It is, of course, also possible to produce images of this kind by means of reverse side printing, which presents the advantage that a heat-activatable adhesive is applied during the last working step.

The adhesive label according to claim 1 or 6, characterized in that said imprint (5) is printed upon said cover foil (3) in printing inks from an organic-solvent-based printing ink system or from a solvent-free photocatalytic printing ink system as a mirror image by reverse printing.

For printing, both conventional oil-based printing inks and special hydrophilic printing inks, such as have been developed for waterless offset printing and reverse offset printing and are commercially available, can here be used.

But Kutools for Excel’s Print Pages in Reverse Order can reverse the printing order, and print active worksheet from last page to the first one with only one click in Excel.

Labels with reverse-side printing are used, for example, to communicate additional product information on transparent bottles or on containers re filled with transparent liquid or film.

This even works when opaque white needs to be printed in several units, as is normally the case with foil and reverse printing.

Flexographic, offset, gravure and screen printing, hot/cold-foil embossing, lamination, reverse-side printing, die-cutting and the ability to support new processes – and this on all materials routinely used in label printing and likely to become popular in future, from monomaterials with no backing (composite foils) and self-adhesive materials to tube laminates and lightweight cardboard.

Suitable coating techniques are, for example, spin-coating, the casting method, the Langmuir-Blodgett (“LB”) method, the inkjet printing method, dip-coating, letterpress printing, screen printing, doctor blade printing, slit-coating, roller printing, reverse roller printing, offset lithography printing, flexographic printing, web printing, spray coating, coating by a brush or pad printing, and the like.

The formulation is applied preferably by a liquid-phase process selected from printing processes (more particularly flexographic/gravure printing, nanoimprint or microimprint, inkjet printing, offset printing, reverse offset printing, digital offset printing and screen printing), spraying methods, aerosol assisted chemical vapour deposition, direct liquid injection chemical vapour deposition, rotational coating methods (“spin coating”), immersion methods (“dip coating”) and methods selected from meniscus coating, slit coating, slot-die coating and curtain coating.

The formulation is preferably applied via a gas or liquid phase coating process selected from printing processes (especially flexographic/gravure printing, nano- or microimprinting, inkjet printing, offset printing, reverse offset printing, digital offset printing and screen printing), spraying processes, aerosol assisted chemical vapour deposition, direct liquid injection chemical vapour deposition, spin-coating methods, dip-coating methods, and methods selected from meniscus coating, slit coating, slot-die coating and curtain coating.

Labels with reverse-side printing are printed not only on the front but also on the adhesive side.

Ethylcellulose offers the advantage, moreover, that it can be used to formulate very brillant printing inks, which are especially suitable for direct and reverse printing.

The propensity towards edge lifting is dependent on parameters which include the cylinder diameter, the thickness and nature of the printing plate, the presence of a printing plate margin which is not used for printing (and which in that case is thinner and exhibits lower resilience forces), on the print design at the plate margin (if the printing plate is printed over the full area it typically has the highest resilience forces), on the cleaning of the reverse of the printing plate prior to mounting on the cylinder, on the pressure applied to the plates in the course of bonding, and on further parameters.

The Gallus ICS 670 represents the ultimate efficiency in folding carton processing and is equipped with 11 printing mechanisms, reverse-side printing, cold and hot foiling technology, screen printing, multiple embossing and a panel separation unit.

The Follmann ink ranges, which are characterised by their brilliant colours, excellent dot sharpness and good adhesion, are available for both frontal printing– including on compostable films– and reverse printing (composite films).