A method for the weight application of glazes on surfaces of handmade articles, in particular on surfaces of ceramic handmade articles, comprising: - to set on a base-weight of a base-glaze to be supplied a plant for the weight application of glazes on base-surfaces of base-handmade articles, said to set comprising: - to load a base-data set in an electronic control unit of said plant, obtaining a base-flow rate of base-glaze to be supplied which is a function of said base-data which comprise: - a base-density of said base-glaze; and - a base-weight of glaze (P 1) to be supplied on said base-surface; - to supply the glazes by a supplying unit which comprises at least one nozzle which nebulizes the fluid glaze spraying it on the surfaces of the handmade articles; - to move said handmade articles on a moving line in a direction below said supplying unit and comprising an upstream section, a downstream section and a central section all consisting of closed loop conveyor belts on motorized return and tensioning rollers; wherein after said to set the method comprises: - to reset said plant for supplying on a target-handmade article a target-glaze weight value, said to reset comprising: - to load in said electronic control unit a series of target-data, obtaining a target-flow rate; said target-data comprising: - a density of a target-glaze to be supplied; - a target-surface of said target-handmade article; and - said target-glaze weight value to be supplied on said target-surface so as tohomogeneously cover the entire target-surface of the target-handmade articles and minimize the quantities of glazes lost due to ricochets, during their movement on the central section of the moving line. - to set on a base-weight of a base-glaze to be supplied a plant for the weight application of glazes on base-surfaces of base-handmade articles, said to set comprising: - to load a base-data set in an electronic control unit of said plant, obtaining a base-flow rate of base-glaze to be supplied which is a function of said base-data which comprise: - a base-density of said base-glaze; and - a base-weight of glaze (P 1) to be supplied on said base-surface; - a base-density of said base-glaze; and - a base-weight of glaze (P 1) to be supplied on said base-surface; - to supply the glazes by a supplying unit which comprises at least one nozzle which nebulizes the fluid glaze spraying it on the surfaces of the handmade articles; - to move said handmade articles on a moving line in a direction below said supplying unit and comprising an upstream section, a downstream section and a central section all consisting of closed loop conveyor belts on motorized return and tensioning rollers; - to reset said plant for supplying on a target-handmade article a target-glaze weight value, said to reset comprising: - to load in said electronic control unit a series of target-data, obtaining a target-flow rate; said target-data comprising: - a density of a target-glaze to be supplied; - a target-surface of said target-handmade article; and - said target-glaze weight value to be supplied on said target-surface so as tohomogeneously cover the entire target-surface of the target-handmade articles and minimize the quantities of glazes lost due to ricochets, during their movement on the central section of the moving line. - to load in said electronic control unit a series of target-data, obtaining a target-flow rate; said target-data comprising: - a density of a target-glaze to be supplied; - a target-surface of said target-handmade article; and - said target-glaze weight value to be supplied on said target-surface so as tohomogeneously cover the entire target-surface of the target-handmade articles and minimize the quantities of glazes lost due to ricochets, during their movement on the central section of the moving line. - a density of a target-glaze to be supplied; - a target-surface of said target-handmade article; and - said target-glaze weight value to be supplied on said target-surface so as tohomogeneously cover the entire target-surface of the target-handmade articles and minimize the quantities of glazes lost due to ricochets, during their movement on the central section of the moving line.