The invention relates to a method for producing advanced high-strength steel through temperature-uniformizing and hot-stamping deformation in a bainite area. The method comprises the steps that firstly, a steel plate is evenly heated to a certain temperature above Ac3 (in the austenite area) and maintained at the temperature for a certain period of time; hot-stamping deformation is conducted on the material by 40% after heat preservation in the austenite area is completed, and then the sample is rapidly cooled to a temperature below the bainite transformation starting temperature Bs and maintained at the temperature for a certain period of time; the material is rapidly quenched to a temperature between the martensite transformation starting temperature Ms and the martensite transformation final temperature Mf and maintained at the temperaturefor a certain period of time; then the steel plate is heated to a temperature above the martensite transformation starting temperature Ms for carbon element partitioning; and finally, the steel plate is water-quenched to the indoor temperature. By adoption of the method for producing the advanced high-strength steel through temperature-uniformizing and hot-stamping deformation in the bainite area, the structure and the mechanical property of traditional Q&P steel are improved, and the strength, the plasticity and the strength and ductility productreflecting the comprehensive mechanical property of the steel plate of the steel are all improved greatly.