Curved Surface Screen Printing: Machines, Fixtures And Changeover

Printing on a round or tapered surface is a geometry problem before it is an ink problem. The part has to rotate at the same surface speed the squeegee travels, and the screen has to match the curve, or the image stretches at the edges. That is why curved surface screen printers are built around the fixture. The part sits in a chuck or cradle held concentric with the screen, the fixture rotates it as the squeegee strokes, and registration depends on how repeatably that fixture locates the part. Tapered cups and cones need a tilted fixture and a matched screen arc. Changeover is where cost hides: quick-change chucks and adjustable centres let one machine run bottles, cups, tubes, and caps without rebuilding the setup. Our range covers semi-automatic curved surface machines for short runs and frequent changeovers, manual cylindrical printers for sampling, and servo-driven round-product machines with sensors for higher precision. Tell us your part shape, diameter, and print length — we will recommend a machine and fixture.