This application provides an
embossing printing apparatus, belonging to the field of paper printing technology, including a worktable, a rotary disk, and multiple printing components. The worktable is horizontally mounted; the rotary disk is connected to it via an intermittent rotation mechanism, and has a set of circumferentially spaced mounting slots for embedding paper; multiple printing components are arranged around the rotary disk on the worktable at intervals. Driven by the intermittent rotation mechanism, the rotary disk rotates stepwise, aligning each mounting slot sequentially with a different printing component, realizing multi-
station continuous printing
processing. This application, through the intermittent rotation of the rotary disk and the cooperation of the surrounding printing components, can complete multiple
embossing printing processes after a single paper loading, effectively improving
processing efficiency, reducing manual intervention, and its
modular structure design facilitates maintenance and expansion, making it suitable for
mass embossing printing production needs.