Abstract: A screen printing method is carried out by placing a material to be printed at a predetermined portion of a printing table, feeding a paste-state or ink-state coating material to a surface of a screen plate for printing, and sliding the surface of the screen plate relative to a squeegee to carry out screen printing. The above-mentioned paste-state or ink-state coating material is covered on the surface of the screen plate for printing with a thin thickness, and the paste-state or ink-state coating material coated on the surface of the screen plate for printing is printed to a material to be printed by the above-mentioned squeegee under vacuum or atmospheric pressure. After the above-mentioned coating step, a degassing step is provided to degas bubbles in the coated material by changing the pressure from high vaccum state to atmospheric pressure or low vacuum state.

Abstract: Disclosed are a screen printing method which is carried out by placing a material to be printed at a predetermined portion of a printing table, feeding a paste state or ink state coating material to a surface of a screen plate for printing, and sliding the surface of the screen plate by using a squeegee to carry out screen printing, the method comprises the steps of a coating step in which the above-mentioned paste state or ink state coating material is covering on the surface of the screen plate for printing with a thin thickness, and a printing step in which the paste state or ink state coating material coated on the surface of the screen plate for printing is printed to a material to be printed by the above-mentioned squeegee under vacuum or atmospheric pressure, and after the above-mentioned coating step, a degassing step is provided to degas bubbles in the coated material by changing the pressure from high vacuum state to atmospheric pressure or low vacuum state.