Printing that grips any substrate
Raising the surface energy of plastics and films for crisp printing, with no bleeding and no peeling.
The surface challenge
Printing on a low-surface-energy plastic means risking ink that bleeds, dries poorly or rubs off at the slightest friction. The problem is not the ink — it is the surface that fails to hold it.
Plasma raises surface energy right before printing. The ink wets, grips and holds. The treatment fits directly on the line.
What plasma changes
Ink adhesion
Crisp printing that resists rubbing.
Wettability before varnishing
Varnish that spreads uniformly.
In-line treatment
Keeps up with press speed.
Difficult substrates
Print on PE, PP and other stubborn films.
Frequently treated materials
This list is indicative. The vast majority of polymers, metals, glasses and composites can be treated with DBD plasma. The best way to confirm your case is to send us a description of your part and your objective. For the hardware, see the plasma equipment sorted by the problem it solves.
Related sectors
Send a description of your part and your goal. Answer within 48 hours.
Ink that holds, on any substrate.
48 hours to find out what plasma can do for your surfaces. No commitment, just clear answers from an expert.
Response within 48 hours. No commitment. A technical discussion with an expert.