Compared　with　the　traditional　method,　the　selective　laser　coating　method　has　obvious　advantages　of　high　flexibility,　low　cost　and　easy　operation.　It　is　difficult　to　reduce　the　thickness　and　roughness　of　conductive　films　using　the　direct　laser　writing　method.　The　1064　nm　pulsed　fiber　laser　can　pass　through　the　glass　substrate　and　irradiate　on　the　contact　interface　between　glass　and　metal　powder.　After　the　irradiation,　satisfactory　conductive　films　could　be　made.　Process　parameters　of　the　laser　have　significant　influence　on　the　quality　of　conductive　films.　Both　low　and　high　scanning　speeds　will　increase　the　surface　roughness.　The　thickness　and　the　particle　size　of　conductive　thin　films　will　change　with　the　scanning　speed　decreased.