Ink Jet Marking on Wire & Cable with Plasma Surface Treatment
Learn how the ink experts at Gem Gravure and [...]
Enable Ink Jet Printing on PE & PP Surfaces
Enable Ink Jet Printing on PE & [...]
Creating Strong Bonds Using UV Curing and Plasma Treatment
UV curing experts OmniCure® by Excelitas Technologies [...]
Surface treatment improves print adhesion for leading dental product manufacturer
Ranir LLC is a leading producer of contract dental products including floss, whitening products and toothbrushes. Ranir wanted to print on toothbrushes from China that were resisting ink adhesion. Read how they solved the issue here.
Plasma Treating Tubes Ensures Ink Adhesion and Increases Production Efficiency
Plastube is a Canadian manufacturer of innovative plastic tubes for the beauty, healthcare, food and pharmaceutical industries. They needed to improve the printing on the tubes to allow their customers’ brands to shine. Read how they achieved it here.
Plasma Treater Improves Ink Jet Printing Throughput
WAGO is at at the forefront of streamlining electrical connections with innovative products like CAGE and CLAMP®. WAGO was looking for ways to improve the efficiencies and ink adhesion for printing on their Nylon66 terminal blocks. Find out how they achieved it here.
Plasma Treatment improves Print Durability on Nexans’ Wire
Nexans is the one of the largest wire and cable manufacturers in the world. They needed to improve ink jet print durability on their polyethylene jacketed wire. Read how they found a solution with Plasma surface treatment.
Ink Jet Printing on HDPE and PET Improves with Plasma Surface Treating
Best Formulations is a major contract packager with responsibility for thousands of branded nutritional supplements, pro biotics, pharmaceuticals, food and teas. They needed to improve ink adhesion for codes printed on containers. Discover how they achieved it.
Ink adhesion on High Performance Wire & Cable Jacketing Materials
High performance wire & cable jacketing materials often have low levels of polar functional groups on the surface making them inherently resistance to traditional marking and coding methods. This technical article will explore these challenges and the plasma technology recipes that are enabling ink adhesion.