Linyi Yocho Storage Advances Welding Innovation Through Tsinghua Engineering Training

Recently, Linyi Yocho Storage Intelligent Manufacturing Co., Ltd. has continued to strengthen its technological foundation by actively integrating advanced welding knowledge and intelligent manufacturing concepts. Through in-depth technical learning and exchange programs associated with the Basic Industrial Training Center of Tsinghua University, the company further reinforces its commitment to high-quality manufacturing, technological innovation, and the inheritance of industrial craftsmanship.

Learning from Tsinghua: Building a Solid Theoretical and Practical Welding Foundation

As part of its ongoing talent development and technical upgrading strategy, Yocho Storage has drawn inspiration from the Tsinghua University Basic Industrial Training Center, a leading platform for engineering practice, industrial education, and advanced manufacturing research. The Tsinghua training system emphasizes both engineering fundamentals and real-world applications, particularly in the field of welding technology, which is a core process in equipment manufacturing.

By systematically studying welding theory, process classification, and engineering applications, Yocho Storage continuously enhances its internal technical standards and manufacturing practices, ensuring alignment with advanced industrial methodologies.

Systematic Classification of Welding Technologies

According to the family-tree classification method widely adopted in modern welding engineering, welding processes can be divided into three major categories:

Fusion Welding, including arc welding, gas welding, thermite welding, electroslag welding, electron beam welding, laser welding, and resistance spot welding.

Solid-State Welding, including cold pressure welding, ultrasonic welding, explosion welding, forge welding, and diffusion welding.

Brazing, including flame brazing, induction brazing, furnace brazing, salt bath brazing, and electron beam brazing.

Furthermore, each category can be subdivided in greater detail. For example, arc welding can be classified into consumable electrode arc welding and non-consumable electrode arc welding, depending on the welding principle and electrode behavior.

This systematic understanding of welding technologies provides a strong theoretical basis for selecting appropriate processes in different structural components and application scenarios.

Welding as a Core Process in Intelligent Storage Equipment Manufacturing

In intelligent storage and logistics equipment manufacturing, welding plays a decisive role in determining structural strength, dimensional accuracy, load-bearing capacity, and long-term reliability. Based on modern welding theory and engineering principles, Linyi Yocho Storage applies suitable welding methods according to material type, structural design, and service requirements.

By combining standardized welding procedures with process optimization, the company effectively improves product consistency while reducing deformation, internal stress, and material waste—key factors for large-scale steel structures used in automated warehousing systems.

Broad Engineering Applications of Modern Welding Technology

Modern welding technology has evolved to meet the fundamental needs of contemporary manufacturing. Its applications extend across almost all major industrial sectors, including energy, transportation, aerospace, machinery manufacturing, electrical engineering, and microelectronics.

For Yocho Storage, this broad engineering relevance translates into stronger cross-industry technical adaptability. Whether in heavy-duty storage racks, automated conveyor systems, or integrated logistics solutions, advanced welding technology enables the company to meet diverse customer demands while maintaining high quality and safety standards.

Advancing Toward Automation and Intelligent Manufacturing

Guided by the development trends emphasized in advanced engineering education and industrial research, Yocho Storage continues to promote the adoption of automated and robotic welding technologies. Automation not only improves welding stability and efficiency, but also supports flexible production and enhances workplace safety.

By integrating welding automation with intelligent manufacturing systems, the company is steadily moving toward a more digitalized, automated, and intelligent production model, laying a solid foundation for sustainable growth.

Commitment to Craftsmanship and Future Development

Rooted in engineering practice and inspired by the craftsmanship spirit advocated in advanced industrial training systems such as those of Tsinghua University, Linyi Yocho Storage Intelligent Manufacturing Co., Ltd. remains dedicated to continuous improvement, technical rigor, and long-term value creation.

Looking ahead, the company will continue to deepen its integration of advanced welding technologies, intelligent manufacturing concepts, and engineering education, delivering reliable, high-performance intelligent storage solutions and contributing to the high-quality development of the global logistics and warehousing equipment industry.

About us:

Linyi Yocho Storage Intelligent Manufacturing Co.,Ltd. is an important subsidiary of Yurui Machinery Group, focusing on the research and application of intelligent warehousing solutions. It is a high-tech enterprise integrating research and development, production, sales, and service. Professional Sheet Metal Storage Racks Manufacturers, Steel Storage Rack Factory.