the port of the cooling passage referring to fig1 3 an efficient manufacturing device using an arc process comprises vacuum furnace 1 and at least one independent fullerene arc source 2 installed in vacuum furnace 1 each arc source 2 generally comprises anode 21 cathode 22 and cathode trigger 23 anode 21 cathode 22 and cathode trigger 23 four a closed current circuit when anode 21 and cathode trigger 23 of each arc source contact with each other a mixture comprising fullerene therein can be generated at the same time a plurality of arc sources are installed on each layer of vacuum furnace 1 from top to bottom each layer generally comprises at least one arc source 2 and the arc source 2 are located around the vacuum furnace 1 fig3 shows a layer comprising four arc sources each arc source is fixed on the corresponding interface of the vacuum furnace through furnace mounting plate 3 or flange fig2 shows an arc source device which comprises flange plates 102 the detailed structure of the device installing fullerene arc source 2 can be found in aforementioned embodiment 1 anode 21 and cathode 22 of fullerene arc source 2 are both located on the same side of cathode trigger 23 i e cathode graphite sheet and cathode trigger 23 is located.