Huashu senior science and technology officials reported that on September 16, the Pinglu Canal was officially opened for navigation. According to reports, in the construction of this century project, Professor Chen Yun's team from Wuhan University of Technology achieved a technological breakthrough in the field of hydraulic engineering and applied metal 3D printing technology to the lock cylinder maze buffer sleeve for the first time. Among them, the buffer sleeve is divided into two models. Relying on Huashu Hi-Tech 4 laser FS350M equipment, the technology passed the inspection in 2025 to overcome the problem of opening, closing, and cushioning of high-speed heavy-duty lock valves. The successful application of metal 3D printing technology in the manufacture of labyrinth cushions is a landmark breakthrough in additive manufacturing technology in the field of high-end equipment in hydraulic engineering.

Huashu senior science and technology officials reported that on September 16, the Pinglu Canal was officially opened for navigation. According to reports, in the construction of this century project, Professor Chen Yun's team from Wuhan University of Technology achieved a technological breakthrough in the field of hydraulic engineering and applied metal 3D printing technology to the lock cylinder maze buffer sleeve for the first time. Among them, the buffer sleeve is divided into two models. Relying on Huashu Hi-Tech 4 laser FS350M equipment, the technology passed the inspection in 2025 to overcome the problem of opening, closing, and cushioning of high-speed heavy-duty lock valves. The successful application of metal 3D printing technology in the manufacture of labyrinth cushions is a landmark breakthrough in additive manufacturing technology in the field of high-end equipment in hydraulic engineering.