individual sheets therefrom to the registration system 22 the sheet is then forwarded to the transfer station 23 in proper registration with the image on the drum the developed image on the photoconductive surface 13 is brought into contact with the sheet 16 of final support material within the transfer station 23 and the toner image is transferred from the photoconductive surface 13 to the contacting side of the final support sheet 16 following transfer of the image the final support material which may be paper plastic etc as desired is transported through detack station where detack corotron 27 uniformily charges the support material to separate it from the drum 12 after the toner image has been transferred to the sheet of final support material 16 the sheet with the image thereon is advanced to a suitable fuser 24 which coalesces the transferred powder image thereto after the fusing process the sheet 16 is advanced to a suitable output device such as tray 25 although a preponderance of toner powder is transferred to the final support material 16 invariably some residual toner remains on the photoconductive surface 13 after the transfer of the toner powder image to the final support material the residual toner particles remaining on the photoconductive surface 13 after the transfer operation are removed from the drum 12 as it moves through a cleaning station 26 the toner particles may be mechanically cleaned from the photoconductive surface.