NOVELTY - The intermediate suction support has at least one suction surface (62) for receiving a face side of at least one substrate comprising a fragile layer which demarcates a film, which is to be separated from the remaining substrate. The suction surface (62) is that of at least one suction element with suction means in the form of openings (63), related to a chamber (60) with a neck (61), provided so that when the fragile layer is subjected to a treatment for the separation of film from the remaining substrate, the film can be recovered.    USE - In intermediate suction supports used for the implementation of thin-layered structures, in particular systems of photovoltaic cells.    ADVANTAGE - The method is low cost because the structure utilizes for support materials as glass, ceramic, or plastic, and saves semiconductor materials. The method is simple to implement and can be used for thin films, down to 1 micrometer, without breakage and with low deformation.    DETAILED DESCRIPTION - The suction element can be made of porous material, with pores constituting the suction means. The suction element is made with micro-openings (63), where the distribution ad dimension of openings are provided so as to allow the recovery of film. In the second embodiment, the intermediate suction support comprises a wall with openings which supports a suction element with micro-openings. In the second embodiment, the intermediate suction support comprises a wall with openings supporting a plate with openings; the plate supports several suction elements with micro-openings. The suction surface can be curved, convex or concave, allowing a mechanical constraint imposed on film at the time of separation. The face of suction element allows molecular adhesion with the face of substrate, which also reinforces the contact between two faces. The method for making a thin-layered structure comprises the following steps: the formation of fragile layer in the substrate; bringing the face of substrate in contact with the suction surface of intermediate support; subjecting the fragile layer to a treatment for separation, with the face of the substrate made compact with the intermediate support by suction; the transfer of obtained film to a final support; the removal of intermediate support by stopping the suction. The final support holds the film by bonding by molecular adhesion, or by an adhesive material, which is a fluid material applied to the support and/or the film. The thin-layered structure comprises photovoltaic cells, and the method includes the transfer of monolayer of multilayer semiconductor films onto the final support, and the treatment of films to obtain photovoltaic cells from the films. The films can be partially or completely treated before the transfer. The thin films are transferred onto a support made of glass, ceramic, or plastic. The transfer is according to laying in a rectangular, hexagonal or circular form. The films are of semiconductor material, monocrystalline or large-grain polycrystalline.    DESCRIPTION OF DRAWING(S) - The drawing is a perspective view of intermediate suction support.    Chamber (60)    Neck (61)    Suction surface (62)    Openings (63)