Innovations in Steel Production and Factory Automation Highlighted

A researcher named Qi Hong has developed a parallelogram-shaped cutting method for steel sheets used in transformer production. This technique improves work efficiency by 100% and increases material utilization by 20%. The method addresses the difficulty of handling hard and brittle steel sheets that require precision within 0.02mm to 0.5mm. Implementing this technology is estimated to save raw materials equivalent to four years of usage annually. Researchers at Qi Hong have developed a parallelogram cutting method for transformer production to replace the traditional T-shaped method. A new cutting procedure for Wuzhou products has been developed to address high processing difficulty and complex data. The method uses a specialized shearing program designed for specific equipment to overcome iron core shearing challenges and enable rapid production of complex five-pillar products. A team has developed a new mechanized production line for prefabricated steel reinforcement components, breaking from traditional manual rebar tying. Engineers have developed a new construction model for large-scale projects, including a mobile factory concept for torch diagram construction and maintenance.