Abstract:
A loading apparatus for a deposition mask includes a clamper that clamps the mask extending in a direction, a first adsorption part, a second adsorption part, and a connection part connected to the first adsorption part and the second adsorption part, and includes a picker that transfers the mask. In case that the picker transfers the mask, the first adsorption part adsorbs ends of the mask, the second adsorption unit adsorbs a portion between the ends of the mask, and the clamper clamps the mask between the first adsorption part and the second adsorption part.
Abstract:
A mask stage includes plates disposed adjacent to each other, the plates forming a closed loop in a plan view, and a connection portion connecting adjacent ones among the plates to each other, the connection portion being detachable from the plates. The mask stage supports a mask frame.
Abstract:
A mask fixing device is disclosed. In one aspect, the mask fixing device includes a plate and a magnetic assembly. The magnetic assembly faces a mask such that a substrate is interposed therebetween and generates a magnetic force to fix the mask to the substrate. The plate holds the magnetic assembly and faces the substrate. The magnetic assembly includes a plurality of first and second magnetic members respectively having first and second magnetic poles. The first magnetic members and the second magnetic members are alternately arranged.
Abstract:
A joule-heating evaporation deposition apparatus which deposits a layer on a target substrate, the apparatus including: a base substrate facing the target substrate including a plurality of target areas defined thereon; a plurality of heating electrodes on the base substrate; and a deposition material on the plurality of heating electrodes and an entire surface of the base substrate. Plural heating electrodes among the plurality of heating electrodes respectively face each target area among the plurality of target areas.