Full-automatic die manufacturing system and method

The invention discloses a full-automatic die manufacturing system and method. The manufacturing system comprises a die design system, a machining information management system, a part manufacturing system and a part quality detection system. The die design system is used for designing the structures of dies and parts of the dies and sending part information to the machining information management system. The machining information management system is used for sending machining information of the dies to all part manufacturing units in the part manufacturing system. All machining stations of all the part manufacturing units are provided with radio frequency identification device (RFID) readers. The machining information management system is used for sending commands. All the part manufacturing units receive and transfer the machining information through the RFID readers. The part quality detection system is used for detecting the parts machined by all the part manufacturing units and feeding the information of the machined parts back to the machining information management system through the RFID readers. Whether re-machining is needed or not is determined by the machining information management system. According to the full-automatic die manufacturing system and method, the production efficiency is high, the convenience and practicability are achieved, and intelligent manufacturing of the dies is achieved.