The invention relates to a multi-station non-stop printing processing system. The multi-station non-stop printing processing system comprises a first processing unit, a second processing unit and an impression cylinder. Each processing unit comprises a film supply device, a pressure roller, a stripping roller and a solidification device, wherein the film supply device, the pressure roller, the stripping roller and the solidification device form a set and are independently arranged. Each film supply device comprises a rolling device and an unrolling device which are independently driven and can rotate forward and backward. Each pressure roller, each stripping roller and each solidification device are installed in a lifting mode. When a base material is processed, the impression cylinder is located below the base material, and the base material to be processed is located between the processing units and the impression cylinder, wherein the processing units are used for processing the base material. The invention further relates to a multi-station non-stop printing processing technology. According to the multi-station non-stop printing processing system and technology, films are supplied by the film supply devices of one or more processing devices alternately, and therefore automatic reel alternation and simulated locating can be conducted under the non-stop condition; in this way, the problem that due to stop for reel alternation, time, materials and labor are wasted is solved, production cost and the defective index are reduced, and production efficiency is improved.