A method for variably deglossing toner that is applied to a substrate to form a printed image, comprising: receiving, via computer-implemented instructions, a parameter value representing a selectively desired gloss reduction; forming a texture pattern on a metal roller, wherein the texture pattern is a high frequency texture pattern, and wherein the high frequency pattern is greater than or equal to 150 lines per inch and less than or equal to 300 lines per inch; measuring, by a temperature sensor communicatively coupled to a control loop, a surface temperature of said metal roller; based on said measured surface temperature of said metal roller and said parameter value representing said selectively desired gloss reduction, setting, by the control loop the surface temperature of the metal roller to a corresponding programmable temperature thereby controlling the depth that the textured metal roller surface penetrates said toner applied to said substrate based on a softening and melting point of said toner; responsive to setting the surface temperature of the metal roller to the corresponding programmable temperature; heating the metal roller to the programmable temperature via induction heating, said induction heating using high-frequency switching magnetic fields to induce currents in the metal roller to increase its temperature; and applying heat from said heated metal roller combined with a selected pressure of the heated metal roller to said toner applied to said substrate with said textured metal roller, said pressured textured metal roller imprinting said high frequency texture pattern formed on said roller onto said toner; thereby resulting in a desired gloss reduction of said printed image. receiving, via computer-implemented instructions, a parameter value representing a selectively desired gloss reduction; forming a texture pattern on a metal roller, wherein the texture pattern is a high frequency texture pattern, and wherein the high frequency pattern is greater than or equal to 150 lines per inch and less than or equal to 300 lines per inch; measuring, by a temperature sensor communicatively coupled to a control loop, a surface temperature of said metal roller; based on said measured surface temperature of said metal roller and said parameter value representing said selectively desired gloss reduction, setting, by the control loop the surface temperature of the metal roller to a corresponding programmable temperature thereby controlling the depth that the textured metal roller surface penetrates said toner applied to said substrate based on a softening and melting point of said toner; responsive to setting the surface temperature of the metal roller to the corresponding programmable temperature; heating the metal roller to the programmable temperature via induction heating, said induction heating using high-frequency switching magnetic fields to induce currents in the metal roller to increase its temperature; and applying heat from said heated metal roller combined with a selected pressure of the heated metal roller to said toner applied to said substrate with said textured metal roller, said pressured textured metal roller imprinting said high frequency texture pattern formed on said roller onto said toner; thereby resulting in a desired gloss reduction of said printed image.