The MRF approach has been reported to address the crack formation in graphene during its transfer (Figure ). While centimeter-scale membranes have been reported, the success rate has been low (10-20%) from stress generated in the film during wet-chemical etching of the film where the film is floated. To address this issue, we developed a facile transfer strategy involving a novel membrane module architecture (Figure ). This involved coating an MRF (PTMSP) on PG with a target thickness close to 1 µm (Figure ). The resulting Cu/PG/MRF was placed on a porous membrane support (polyethersulfone (PES), ~0.2 µm pores, Figure ) resting on a macroporous stainless steel (SS, Figure ) mesh. Step-by-step assembly of the module with a stacking order of Cu/PG/MRF/PES/SS mesh is illustrated in Figure . The module was sealed by two rubber gaskets (Figure ) and was compressed by two cover plates (Figure , panels ⅰ and ⅱ).