This　article　deals　with　the　blade　coating　process　for　Johnson-Segalman　(JS)　fluid　using　plane　coater.　Flow　equations　are　simplified　with　the　Lubrication　approximation　theory　(LAT).　The　equations　are　normalized　using　suitable　scales.　Reduced　equations　are　solved　numerically　using　the　shooting　technique.　Also,　for　small　Weissenberg　numbers,　a　perturbation　solution　is　obtained.　How　Weissenberg　number　and　slip　parameter　influence　the　pressure　gradient,　velocity,　pressure,　load,　and　thickness　are　expressed　graphically　and　via　table.　In　the　present　work,　load　on　the　blade　is　crucial　as　it　controls　the　thickness　quality.　One　observes　that　an　increased　Weissenberg　number　decreases　load,　while　the　coating　thickness　increases　when　compared　to　the　viscous　case.