MANUFACTURING METHOD FOR FUEL CELL

To provide a manufacturing method for a fuel cell capable of reducing the cost of a partition member for partitioning a membrane electrode assembly, and capable of taking out the membrane electrode assembly while preventing adhesion of the partition member to the membrane electrode assembly.SOLUTION: A manufacturing method for a fuel cell where a partition member 30 and a membrane electrode assembly 10 are taken out, respectively, from a laminate S consisting of multiple lamellate membrane electrode assemblies 10 and a single long-sized partition member 30, and where the partition member 30 for partitioning the adjoining membrane electrode assemblies 10 by bending and a single membrane electrode assembly 10 are laminated, includes a first take-out step of taking out the membrane electrode assembly 10 from the laminate S by adsorbing the membrane electrode assembly 10 by means of an adsorber 50, while holding the partition member 30 by means of a partition member winding device 40, and a second take-out step of taking out the partition member 30 from the laminate S by winding the partition member 30 by means of the partition member winding device 40, after taking out the membrane electrode assembly 10.SELECTED DRAWING: Figure 5 【課題】膜電極接合体を仕切る仕切り部材の低コスト化を図ることができ、膜電極接合体に仕切り部材が付着することがなく膜電極接合体を取り出すことができる燃料電池セルの製造方法を提供する。【解決手段】複数の枚葉状の膜電極接合体１０と単一の長尺状の仕切り部材３０からなり、屈曲することにより隣接する膜電極接合体１０を仕切る仕切り部材３０と膜電極接合体１０とが積層された積層体Ｓから、仕切り部材３０および膜電極接合体１０をそれぞれ取り出す燃料電池セルの製造方法において、仕切り部材巻取装置４０で仕切り部材３０を保持しつつ、膜電極接合体１０を吸着装置５０で吸着して積層体Ｓから膜電極接合体１０を取り出す第１の取出工程と、膜電極接合体１０を取り出した後、仕切り部材巻取装置４０で仕切り部材３０を巻き取って積層体Ｓから仕切り部材３０を取り出す第２の取出工程とを含むことを特徴とする。【選択図】図５