Microprinting

is the production of recognizable patterns or characters on a printed medium at a scale which requires magnification to be read.  To the unaided eye, the text may appear as a solid line.

Attempts to reproduce by methods of photocopy, scanning or pantograph will be translated as a dotted or solid line to the printer machine which cannot identify and recreate patterns to such scale.

Sandwich printing

is to create a "double sided" look.  It is a simple way to get more information on your labels, or a way to have a your label read from both sides.  We don't actually print on both sides of the label - we print both the "front" and "back" on the front side of the clear label.

The finished product will look like it has been printed on both sides.  There are many possible applications for sandwich printing.  For example, if you are running a promotion campaign, you can print lottery code or other patterns of anti-counterfeit on the reverse side of your label.

Unremovable foil

The non-removable stickers are made of material which is torn at any attempt of its removal, making it impossible to stick the sticker again.  The foil allows the attempts at product manipulation to be identified immediately, even on surfaces with low surface energy.

The soft foil which easily adjusts itself to the shape of surface is characterized by good tolerance of long-lasting impact of atmospheric conditions.

Invisible ink

has fantastic capabilities for security.  Everything from dollar bills to credit cards today have various counterfeiting and security measures, often including UV inks and markers.

Invisible ink is easy to quickly determine whether or not a product is legitimate, without having any visible marks which could themselves be copied if they were visible, or would otherwise be aesthetically unpleasing as mentioned above.

Screencode

The next generation of data coding, a patented microscopic barcode.  It allows us to simply map data onto any printed surface such as printed documents, concert tickets, boxes, labels, shoe tongue, heat transfer label or even company logo.

The invisible codesignal is converted to CMYK dots in unique mathematical model but not affects to Adobe color composite.