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Xue Baoshan, a delegation from the School of Jewelry at China University of Geosciences, visited LiM Laser for research and exchange.
Author：
Time：2025-08-18
On August 13th, a delegation from the School of Jewelry at China University of Geosciences (CUG) visited LiM Laser to learn about the enormous potential of precious metal 3D printing technology in jewelry design and manufacturing. They also held in-depth discussions on technology applications, industry-university-research integration, and talent development. LiM Laser General Manager Guan Kai and others accompanied the visit.
At the symposium, the two sides engaged in in-depth discussions on the development prospects, technical advantages, and application directions of 3D printing technology in precious metal processing. Focusing on their respective strengths, they explored the feasibility of future collaboration and exchange across multiple dimensions and at a deeper level. The delegation expressed their hope to accelerate the commercialization of precious metal 3D printing results, opening up more possibilities for innovation and development in the jewelry industry. They also look forward to continued in-depth cooperation between the two sides in key technology research, joint talent development, and collaborative project innovation.
Afterwards, the delegation visited the Radium Laser exhibition hall and intelligent manufacturing workshop. In the exhibition hall, Xue Baoshan learned in detail about LiM Laser's development history, industrial layout, technological achievements, and practical application cases. In the smart manufacturing workshop, participants observed the operation and printing process of metal 3D printing equipment up close.
LiM Laser and the CUG School of Jewelry have worked together to deepen the integration of industry, academia, and research. For many years, they have collaborated extensively on cutting-edge technology research, additive manufacturing industry promotion, patent transfer, and talent development, establishing a strong foundation for cooperation and a strong partnership. In 2022, the school, leveraging the LiM-X260 series equipment, conducted systematic research on the problem of spatter in additive manufacturing. The results were published as a cover article in the internationally renowned journal Micromachines and selected as an ESI Highly Cited Paper. In 2023, the school and the enterprise jointly won two provincial and ministerial science and technology progress awards, demonstrating their innovative strength. In 2024, they jointly applied for US invention patents, published foreign publications, and established an industry-university integration community. This visit by the school leaders further strengthened communication between the two sides, focusing on new scenarios for precious metal 3D printing and jointly charting a blueprint for high-end manufacturing upgrades, thus writing a new chapter in their everlasting friendship.
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