as the supporting screen the total manufacturing cost comes down because high priced stainless steel screens are used only for the area requiring high accuracy while low priced polyester or nylon screens are employed for the surrounding parts when manufacturing large scale screens particularly the abovementioned effect will be remarkable thus enabling the cutting of manufacturing costs drastically 4 in manufacturing combination stretch screens because polyester nylon or other highly elastic materials are used for the supporting screen mesh while less elastic stainless steel screens with high dimensional and contour accuracy are used for the print screen mesh the tension can be uniformly applied to the print screen with ease because the supporting screen meshes have higher elasticity tensions for the print screen mesh can be evenly dispersed thereby keeping the tension from being biased unevenly the method of manufacturing high tension combination stretch screens is set forth in the previous example embodiment 2 will discuss the method of reinforcing a conventional combination stretch screen in order to make it as tensile as in embodiment 1 also the tension of a conventional combination stretch screen that has declined due to aging can be reinforced tension of the combination stretch screen can be reinforced as shown in fig1 d through 1f or by following the steps s4 to s6 in fig2 by performing the procedure the supporting screen mesh is doubled and the tension of the print screen mesh can be augmented embodiment 1 set forth an example in which supporting screen.