The invention discloses an intelligent slow cooker. The intelligent slow cooker comprises a pedestal body, a hollow cavity in the middle of the pedestal body, an annular opening on the upper part of the pedestal body, a reference disc mounted in the annular opening of the pedestal body, and a concave work matching cavity formed at the center of the reference disc, wherein heating filaments are mounted in the hollow cavity of the pedestal body; the upper parts of the heating filaments are connected with a heating filament fixing sheet; and the heating filament fixing sheet is fixedly connected with the bottom plate of the work matching cavity through hollow rivets. The heating filaments directly arranged on the bottom plate of the reference disc facilitate the direct heat conduction and high cooking efficiency. A PCB (Printed Circuit Board) control plate is provided with a large-size LCD screen, which can visually display the total work state and facilitate the operation. The intelligent slow cooker also has a membrane key structure, which has the advantages of convenience in setting operation and high outside neatness. The intelligent slow cooker has the multi-stage temperature selection function to ensure good color of the cooked food; the cooker is easy to clean by spraying a high-quality environment-friendly coating on both the inner surface and the outer surface of the cooker. In addition, a cake disc and a baking disc are provided to realize multiple cooking functions, thereby achieving multiple functions in real time.