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At 9:30 a.m. on June 30th, teachers and students from the School of Materials Science and Engineering of Xi 'an Jiaotong University, filled with their yearning for cutting-edge technology, entered the Xianyang factory of Guosheng Laser, embarking on a profound and warm journey of industry-university-research exchange. General Manager Duan Chun and Technical Director Lu Wenhui of the company were present in person to welcome them. With an open attitude, they built a bridge for communication between the school and the enterprise, allowing teachers and students to get up close and personal with the innovative pulse of laser technology.

Discussion and Exchange: Decoding the Innovative Genes of Laser Enterprises

At 9:50 a.m., the exchange of ideas in the meeting room kicked off first. General Manager Duan Chun, in his welcoming speech, couldn't hide his expectations for the young students: "The vigor and confidence of the teachers and students of Jiaotong University are exactly the light and heat of the future of the laser industry." In the simple words lies the enterprise's deep concern for talent cultivation.

Lu Wenhui, the technical director, systematically introduced the development blueprint of Guosheng Laser along the thread of the company's growth history: Since its establishment in 2015, the company has built a full industrial chain layout covering automated laser cladding equipment, high-speed laser cladding equipment, laser quenching equipment, laser welding equipment and 3D printing equipment. It has always adhered to the creed of "innovation-driven and quality-oriented". Provide structurally and functionally integrated laser additive manufacturing solutions for key fields such as petroleum, chemical engineering, steel mills, and aerospace.

"Breakthroughs in laser technology have never been the solitary pleasures of the laboratory." " Lu Wenhui, combining core technological achievements, demonstrated to the teachers and students how technologies such as laser cladding and laser quenching have moved from theory to industrial application. He particularly encouraged the students present: "Solid knowledge reserves are the cornerstone of innovation. I hope you will cherish your campus time and become a bridge connecting academia and industry in the future."

Factory Exploration: Witnessing the "Hardcore Power" of Laser Technology

At 11 a.m., under the leadership of the factory director He Yi and Director Lyu Wenhui, the teachers and students entered the production workshop and embarked on an "immersive" technical study tour.

Inside the workshop, the neatly arranged laser equipment, like precise "industrial artists", operates efficiently under the scheduling of the automated production line. Factory Director He Yi's explanation was clear and easy to understand: In front of the laser cladding equipment, he demonstrated how the laser controls energy like a "precision scalpel" to evenly cladding alloy powder on the metal surface, achieving a qualitative leap in the material's wear resistance and corrosion resistance. In the 3D printing area, layers of powder are "grown" into complex components under the action of lasers, allowing teachers and students to directly experience the magic of additive manufacturing that "creates something out of nothing".

This worn component, after being repaired by laser cladding, has its wear resistance increased by more than three times. Lu Wenhui held up a restoration piece in the sample area, using examples to illustrate the value of technology. He further explained by drawing on application cases in fields such as aerospace, railway transportation, and wind power that the engine blades repaired for aviation enterprises can still operate stably under high-temperature and high-pressure conditions. The mobile online repair equipment applied to railway tracks can complete wear repair within a few hours, significantly reducing the impact on railway operations. The service life of wind power gears treated by laser is extended by more than twice... One by one, vivid cases enabled teachers and students to deeply understand "how technological innovation empowers industrial upgrading".

In response to the professional questions raised by teachers and students such as "laser energy control accuracy" and "material compatibility", the technical team provided detailed answers one by one. From time to time, lively discussions could be heard in the workshop, and theoretical knowledge and practical experience were perfectly integrated through interaction.

Hand in hand: Paving a New Track for the Integration of industry, Academia and Research

At 12 noon, the exchange activity came to an end in an atmosphere of lingering satisfaction. This event not only enabled the teachers and students of Jiaotong University to have a thorough understanding of the current industrial application status of laser technology, but also built a solid platform for school-enterprise cooperation.

Both sides expressed that in the future, they will further integrate the scientific research advantages of universities and the industrial resources of enterprises, and deepen cooperation in technological breakthroughs, talent cultivation and other aspects. Through joint laboratories to overcome key challenges in laser technology, and relying on internship bases to cultivate compound talents that meet industry demands, more "laboratory achievements" can be accelerated to be transformed into "industrial combat effectiveness", jointly contributing to the transformation and upgrading of China's manufacturing industry.

This exchange that spans both the campus and the enterprise is not only a journey of technological exploration but also a collision of innovative ideas. As General Manager Duan Chun said, "The deep integration of industry, academia and research will eventually enable the light of lasers to illuminate the future of more industries."