Recently, Mr. Ju Dongying, an industry expert, and his delegation visited Shandong Sencro Industrial Media Co., Ltd. (hereinafter referred to as "Sencro") for exchange and guidance work. The core management team and technical backbone of the company accompanied the reception throughout the process, and the two sides had in-depth discussions and exchanges on topics such as heat treatment intelligent processing technology, enterprise digital development planning, and future cooperation.At the exchange meeting, the relevant person in charge of Sencro first warmly welcomed Mr. Ju Dongying's arrival and provided a detailed introduction to the company's development history, core business layout, quenching oil manufacturing level, and future strategic planning. As a well-known enterprise in the field of quenching media and heat treatment cooling systems in China, Sencro has always adhered to the development concept of "thinking as the peak, technology leading the future", deeply rooted in the field of quenching and cooling for many years, and with the business model of "single product (quenching oil) to scene (integrated quenching and cooling) delivery", has created a full chain capability covering the research and development and production of quenching media products, quenching tank design, production and manufacturing, and technical services. It has achieved the strategic goal of doing a good job in quality and making distinctive features, and has been widely recognized both inside and outside the industry.

Mr. Ju Dongying listened carefully to the introduction and highly praised Sencro's deep cultivation and innovative achievements in the industry. He combined his profound accumulation and cutting-edge insights in Japan and around the world to conduct in-depth discussions with attendees on key issues such as the current status, technological innovation direction, and market demand changes in the Japanese heat treatment quenching medium industry. During the communication process, Mr. Ju Dongying provided highly constructive guidance on enterprise numerical scientific management, future intelligence level, and other aspects. At the same time, he fully interacted and exchanged ideas with the company team on common problems and technological upgrade paths in the heat treatment industry, providing valuable ideas and directions for the subsequent development of Shandong Sencro.

Subsequently, accompanied by the company team, Mr. Ju Dongying conducted an on-site investigation of the company's physical and chemical laboratory and production site, and affirmed Sencro's detailed data management and lean production. He emphasized that domestic quenching media should pay special attention to the accumulation and management of application data, and emphasize the repeatability (stability) of cooling performance. Enterprises should always take technological innovation as the core driving force, layout the future artificial intelligence industry, keep up with industry development trends, continuously optimize products and services, and pay attention to talent cultivation and team building, scientific management, and consolidate the foundation for long-term development of enterprises.

This exchange and guidance not only brought Sencro cutting-edge industry perspectives and valuable development suggestions, but also provided important ideas for the company's subsequent strategic planning and digital and automated production. Both parties have also reached a cooperation intention on jointly serving heat treatment customers. In the future, Sencro will continue to maintain an open and communicative attitude, actively engage in in-depth communication and cooperation with industry experts and partners, continuously draw on cutting-edge experience, consolidate development efforts, and steadily move towards the goal of becoming a high-end brand in industrial media.

Professor Ju Dongying obtained his PhD in Engineering from Kyoto University Graduate School in Japan in 1992. Formerly served as Vice President and Professor at Saitama Institute of Technology in Japan; His main research areas include heat treatment, casting, metal ceramic bonding, composite materials, magnetic materials, thin film materials, numerical simulation methods, heat treatment virtual systems, heat treatment databases, and intelligent data mining systems. He is a foreign academician of the Japanese Academy of Engineering, a member of the Chinese Association for Science and Technology, and the chairman of the Japan China Science, Technology, and Culture Center. Published over 150 academic papers and nearly 10 monographs and reviews.