A novel solidifying machine comprises a main machine seat and a main electrical cabinet. The main machine seat comprises a main lathe body and an upper frame. The two sides of the main lathe body are provided with sliding guide rod groups. The sliding guide rod groups are connected with the main lathe body and the upper frame. The main lathe body is further provided with a tempered glass platform which is horizontally fixed. The tempered glass platform is used for placement of matrixes. An ultraviolet radiator array is arranged below the temperate glass platform. The upper frame is provided with a lining top plate and an outer top plate. The lining top plate is provided with a cooling fan array. The outer top plate is provided with corresponding through holes corresponding to the cooling fans in position. An auxiliary electrical cabinet is further arranged on one side of the main lathe body. The auxiliary electrical cabinet is electrically connected with the sliding guide rod groups, the ultraviolet lamp array, the cooling fan array and the main electrical cabinet. According to the novel solidifying machine, a light source emitted by the ultraviolet radiator array is fully converted, the manufactured words are high in luminous effect and uniform in luminance, and the light transmittance and light conductivity of the manufactured words are far higher than those of traditional acrylic materials and epoxy resin materials.