Speaking of foundry factories, people often have scenes of molten iron rushing, piping hot furnaces, and sparks splashing in their minds. However, the 3D printing intelligent molding factory of Yantai Binglun Intelligent Machinery Technology Co., Ltd. has subverted everyone's understanding of foundry factories. In the Binglun smart molding factory. The entire workshop is clean and tidy, with a few workers operating the intelligent control system and managing the corresponding positions. Mobile robots in the workshop come and go, and will automatically avoid when they detect someone in front of them. The factory has created many world bests: the world’s largest industrialized, full-process production of castings using 3D printing technology; the largest printer and the fastest efficiency in industrial production mode; the world’s first use of a truss manipulator to assemble sand cores; The world's first fully automatic pouring machine with the largest height difference and the largest stroke; the world's first use of the pressure box mechanism for bare pouring and so on. So how does the smart factory work? Today we will lead you to the Binglun Intelligent Molding Factory to find out.

To sum up, although the time of the tour is limited, we have not been able to introduce the production situation of each process in depth, but we can see the situation in our eyes. The scenes shown in front of us have allowed us to redefine the future factory. The 3D printing intelligent molding factory of Yantai Binglun Intelligent Machinery Technology Co., Ltd. not only has an advanced level of intelligence, but also has strict product quality requirements. The workers on the production line are also conscientiously completing their work. At present, the hardware and software of the factory are still being upgraded. It is believed that the smart factory will be able to deliver more high-quality castings for customers in the future, which provides a good reference for Yantai and even the national manufacturing industry to accelerate the conversion of new and old kinetic energy.