To make the installation space of hybrid stencil printing equipment as small as possible.

This hybrid stencil printing equipment has a first paper feeding part 4 for feeding a printing paper 3 seated on a first paper feeding stand 15 to a stencil printing part 2, a second paper feeding part 8 for feeding the printing paper 3 seated on a second paper feeding stand 20 to an ink jet printing part 3 and a paper conveying means 9, with which the printing paper 3 printed at the ink jet printing part 7 is lead to the stencil printing part 2 and in which the conveying distance between the printing positions of ink jet recording heads 24 and 25 and the printing position of the stencil printing part 2 is provided so as to have the maximum paper size length of the usable printing paper 3 (or longer than the maximum paper size length of the printing paper 3).