printing on wood / printing on plywood
UV print on a carefully selected, knot-free hardwood plywood. Selective white printing. Contour CNC milling. Printing on wood. Printing on plywood. Printing with white underprint.
Printing on wood Poland. Printing on plywood Poland.
Direct-to-wood printing or direct-to-plywood printing, also known as digital wood printing, is a process that allows you to print directly onto the surface of the wood, instead of applying the print to paper or film and gluing it to the wood. This printing technique is used to create a more authentic and natural eco effect, which is especially useful for art, decorative and advertising projects.
Due to their different and natural colours, printing on wood or printing on plywood is performed in various modes, depending on the intended effect. If you want accurate shades, full colour saturation and avoiding the effect of transparency, printing with a white underprint will be the right choice. If you want to achieve the opposite effect, if you want the natural structure of the plywood to show through the graphics, then we will suggest CMYK printing. When printing on wood, we can also freely use transparencies within the printing area, and as a result, obtain spectacular visual effects. A visually interesting option for printing on wood or printing on plywood is to print only in white.
Selective white underprint helps avoid colour changes when printing on a non-white surface. A problem that does not actually exist in printing on paper and other white substrates, manifests itself, e.g. in printing on wood, whose beige dyeing changes the shade of the printed colour. White print is also an opportunity to get white elements, independent of other colours in the graphic. Colours in UV printing can be applied multiple times, depending on the planned effect. We provide assistance in preparing files for printing, so that white colour printing is possible.
UV printing on wood Poland / UV printing on plywood Poland and contour milling are an interesting combination. The combined use of these technologies can make the visual effect unique.