NOVELTY - The apparatus comprises a process chamber (100), a catalyst particle generator mounted in the process chamber, a device to transfer a carbon carrier disposed in the process chamber, a flow generation source (30) to move the catalyst particles created by the catalyst particle generator to the carbon carrier, a member to support the carbon carrier, and a unit to cool the supporting member. The generator directly heats a material to create catalyst particles. The catalyst particle generator comprises heating units (110), which comprise a heating body on which the material is located.    USE - The apparatus for manufacturing an electrode for fuel cells having a catalyst support in which a metal catalyst is supported by a carrier, where the fuel cells are useful in non-polluting vehicles, domestic power generation systems, mobile communication devices, medical instruments and military equipments.    ADVANTAGE - The apparatus is capable of simply and continuously manufacturing the electrode with reduced size and improved yield thus improving the output density and energy conversion efficiency of the fuel cells.    DETAILED DESCRIPTION - The apparatus comprises a process chamber (100), a catalyst particle generator mounted in the process chamber, a device to transfer a carbon carrier disposed in the process chamber, a flow generation source (30) to move the catalyst particles created by the catalyst particle generator to the carbon carrier, a member to support the carbon carrier, and a unit to cool the supporting member. The generator directly heats a material to create catalyst particles. The catalyst particle generator comprises heating units (110), which comprise a heating body on which the material is located in contact with the heating body and a heating element buried in the heating body to generate heat. The heating body of each heating unit is plate-shaped body, and the heating element is a heating wire bent in a zigzag formation at a position adjacent to the material. The transfer device comprises a supply reel on which carbon carrier to be supplied to the process chamber is wound, and a winding reel on which the carbon carrier coated with the catalyst particles in the process chamber is wound. The flow generation source comprises a blower including a blowing fan (31) and a fan motor, and is an air pump or a gas tank filled with pressured gas. The blower communicates with one side of the process chamber via a duct, and an exhaust port is formed at another side of the process chamber such that when the blower is operated, an air current is introduced into the process chamber through the duct and passes through the process chamber and is then discharged through the exhaust port. The process chamber comprises a porous plate (140) to uniformly disperse the flow of air introduced into the process chamber, where the plate comprises dispersion holes. The dispersion holes are formed such that a size of the dispersion holes is gradually increased toward an edge from a center facing the duct, and the heating units are disposed at a downstream side of the porous plate. The carbon carrier is spaced from the heating units in the flow direction of air at a predetermined distance and moved in a direction intersecting the flow direction of air by the transfer device. The flow of air generated by the blower is supplied into the process chamber through the duct and the porous plate, the microcatalyst particles are created by the heating units and the created catalyst particles are moved and attached to the carbon carrier along the flow of air, when the blower, the heating units and the transfer device are energized. The carbon carrier is transferred in the direction intersecting the flow direction of air generated by the flow generation source at a fixed speed such that a catalyst layer coating process is continuously performed.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of an apparatus for manufacturing an electrode for fuel cells.    Flow generation source (30)    Blowing fan (31)    Process chamber (100)    Heating units (110)    Porous plate. (140)