Stork Prints Debuts NovaScreen®
Stork reports primary benefits of the new screen include: high screen volume and high printing resolution; improved surface printing; and benefits in geometric printing.
A unique electroforming process allows Stork to control nickel growth during screen production and push the ratio among hole size, mesh count and thickness of the screen beyond conventional boundaries. By keeping the nickel growth mostly toward the top of the screen, the dam shape stays thin and streamlined.
Stork reports that a smaller, more streamlined dam shape increases the chance of paste flowing beneath the dam with lower squeegee pressure, thus creating a more even spread of paste on the textile substrate. This even paste flow makes the screen suitable for pigment printing and penetrative printing. In addition, the look and straightness of geometric and engraved prints is improved, and improved rasterizations with dot definition generate quality halftone impressions.
Stork Prints' NovaScreen® for textile printing offers improved geometrical (top), fine-line (middle) and halftone (bottom) printing.