The invention discloses a novel composite printing technology and relates to the technical field of printing technologies. The novel composite printing technology comprises the following steps: 1, preparing a silk-screen film: exposing the film firstly, hardening the film, developing the film with
warm water, and
drying the film to prepare a peelable graphic negative film; 2,
copying silk-screen boards with different meshes according to concave-convex requirements through sun-
drying: during board making, attaching a
coating surface of the graphic negative film to a tensioned silk screen, enabling the
coating to be tightly attached to the wet silk screen by extruding, peeling a
film base, and performing air blowing to prepare the silk-screen boards; 3, performing silk screening: performingprinting on the basis that the image-text parts of the silk-screen boards are ink-permeable and the non-image-text parts of the silk-screen boards are ink-impermeable; 4, performing continuous-line gold
stamping of silk screening: transferring
hot stamping foil to the surface of a substrate in a heating or pressurizing manner; 5, performing post-finishing work to finish the printing technology. The novel composite printing technology has the following beneficial effects: the problems of high probabilities of line breaking and
filling in, absence of concave-convex sense and the like of the traditional
hot stamping during
stamping of convex and fine lines can be solved.