To provide a new spacer for liquid crystal panel scattering method and device which is capable of securing the degree of freedom of the arrangement between a supply device and a scattering nozzle and also in which the clogging of spacers and the fluctuation of scattering quantities are not never generated by connecting the interval between the supply device and the scattering nozzle of spacers with a transfer pipe.

A receiving window 29 receiving spacers 35 dropped from a discharge port 22d is provided in a transfer part 23 and this is communicated with a feed chamber 40 provided with a horizontal shaft line formed in the inside of the transfer part 23. An air introducing pipe 41 is introduced from the right side in the inside of the feed chamber 40. An air introducing pipe 41 is communicated with the air supplying pipe 42 connected to the transfer part 23 at the right side to be made so as to release the air supplied from the air supplying pipe 42 from its top end. A connecting pipe 43 is connected at the left end of the feed chamber 40 and a transfer tube 24 is fitted to the periphery of the connecting pipe 43.