Screen printing consists of pushing an ink through a screen, using a fill blade or squeegee (typically composed of stainless steel or polyester mesh) that is attached to a metal frame onto a material (substrate). Typically a single color is pushed through the screen, the material is moved to the next station, and then a second color is pushed through a different screen. For a four color process, this would be repeated four times for CMYK which when combined provides a full gamut of colors. Screen printing is known for its extremely high quality, durability, adhesion and longevity as the amount and type of inks that can be used are typically thicker than other printing process such as inkjet or flexo.
凤凰号 火线 和 火狐 high performance UV LED light sources are ideal for high-speed curing in screen printing applications.
实例探究：
Application: nameplates, overlays and dielectric membranes
Using materials that are historically difficult to cure with traditional UV light, UV LED-curable inks, including inks created by Norcote, are used for screen printing applications such as nameplates, overlays and dielectric membranes.
Application: Decorative Bottle Printing
Serigraphie Richford utilizes UV LED curing technology for decorative bottle printing
Application: Screen Printing Nameplates and Graphics
Nazdar Develops Screen Inks for UV LED Curing
Video: OMSO ServoBottle UV LED Screen Machine
Video: The Future of Screen Printing
“The result of the collaboration between Nazdar, Empire, Phoseon, and Kammann is a milestone in the future of screen printing,” says Phil McGugan, Nazdar’s global vice president of sales and marketing. “Empire has proven that adopting LED technology is a key to increasing productivity, reducing cost, and decreasing their impact on the environment all in one stroke. Contributing to this cutting edge solution by developing multiple screen printing inks was imperative for Nazdar in support of the industry.”