Abstract:
[PROBLEMS] To quickly insert a material having a low work function near the interface between an organic layer and a cathode. [MEANS FOR SOLVING PROBLEMS] A PM comprises a processing vessel (100), an evaporation device (200) for heating and evaporating an organic material, a first gas supply passage communicating with a first evaporation source and transporting the organic material vapor evaporated by the first evaporation source by using an inert gas, a dispenser (Ds) provided outside the processing vessel and heating and evaporating a second metal having a lower work function than that of a first metal forming a cathode, a second gas supply passage (320) communicating with the dispenser and transporting the second metal vapor evaporated by the dispenser by using an inert gas, spray mechanism (120f) communicating with the gas supply passages (320) and mixing the second metal vapor into the evaporated organic material and spraying the mixture toward an object to be processed in the processing vessel, and a controller (50) for controlling the proportion of the second metal vapor to be mixed into the evaporated organic material.
Abstract:
[PROBLEMS] To provide a film forming system, which eliminates mutual contamination of layers formed in a manufacturing process of an organic EL element and the like, and furthermore, has a small footprint and a high productivity. [MEANS FOR SOLVING PROBLEMS] A film forming apparatus (13) for forming a film on a substrate (G) has a first film forming mechanism (35) for forming a first layer, and a second film forming mechanism (36) for forming a second layer, in a processing chamber (30). The first film forming mechanism (35) is provided with a nozzle (34), which is arranged inside the processing chamber (30) and supplies the substrate with vapor of a film forming material; a vapor generating section (45), which is arranged outside the processing chamber and generates the vapor of the film forming material; and a piping (46) for supplying the vapor of the film forming material generated by the vapor generating section (45) to the nozzle (34).