Abstract: While a transfer sheet 3 including a water-soluble base sheet on which a print layer is provided is floated on water, an adhesion is applied after the base sheet is dissolved, thereby to form a semi-fluidal print layer. An object is pressed against the print layer to achieve printing. In this technique, the present printing method and apparatus shorten the warm-up time required for dissolving the base sheet of the transfer sheet 3 to improve the working efficiency, and the transfer sheet 3 is previously cut at a predetermined length and is then floated on the water surface 5, so that wasteful consumption of the transfer sheet is reduced. The bottom of a water tank 11 is formed to be shallow in the left side than in the right side, so that the amount of water contained in the water tank 11 is reduced to shorten the warm-up time.

Abstract: While a transfer sheet 3 including a water-soluble base sheet on which a print layer is provided is floated on water, an adhesion is applied after the base sheet is dissolved, thereby to form a semi-fluidal print layer. An object is pressed against the print layer to achieve printing. In this technique, the present printing method and apparatus shorten the warm-up time required for dissolving the base sheet of the transfer sheet 3 to improve the working efficiency, and the transfer sheet 3 is previously cut at a predetermined length and is then floated on the water surface 5, so that wasteful consumption of the transfer sheet is reduced. The bottom of a water tank 11 is formed to be shallow in the left side than in the right side, so that the amount of water contained in the water tank 11 is reduced to shorten the warm-up time.