The invention provides smart unattended shoe making equipment capable of controlling production schedule. The smart unattended shoe making equipment is characterized in that an MCU first position signal receiving end is connected with a first position sensor signal sending end, an MCU second position signal receiving end is connected with a second position sensor signal sending end, and a counterdata sending end is connected with an MCU counting data receiving end. Shoes are positioned through two position sensors before other processes are carried out correspondingly; work thresholds are setin a varnished seal cover, and thus production quality is guaranteed.