Abstract
The printing method of the dye sublimation printer is to push and heat a dye-based ribbon by a thermal print head, and transfer the dyes to desired positions on a printing paper. From the view point of energy saving the load as low as possible is desired for the dye sublimation printer because the lower normal load reduces total friction in the printer. However, the image quality printed on the printing paper became worse when the applied load was reduced. Thus an estimation method of determining the optimum load must be established. In this paper the dyes on the ribbon were assumed to be transferred and diffused to the paper at real contact area. Thus the correlations of real contact area and optical density were examined.
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