On October 30, Audiowell and the School of Physics at Lanzhou University successfully held the signing ceremony for the third phase of their "Joint Research Institute" cooperation, marking a new stage of deepened expansion in their university-enterprise partnership.
Since their initial collaboration in 2019, Audiowell and Lanzhou University have achieved significant results in the research, development, and commercialization of lead-free ceramic technology through the Joint Research Institute platform. This latest signing will further strengthen industry-academia-research collaboration, promoting the implementation of innovative technologies and talent cultivation.
Signing Ceremony
Cooperation Journey: From Inauguration to Sustained Deepening
On March 21, 2019, the "Lanzhou University - Audiowell Sensors Technology Sensor Joint Research Institute" was officially inaugurated, launching the first phase of cooperation.
In the first two phases, the Joint Research Institute focused on lead-free ceramic materials and application research, achieving outstanding results. Through the transfer of technological achievements from Lanzhou University, Audiowell successfully transformed laboratory technologies into marketable products, exploring a viable path for the practical application of industry-academia-research integration. This third-phase signing demonstrates both parties' high recognition of the cooperation model and their commitment to further expansion in the field of lead-free ceramic materials.
Technological Breakthrough: Global Launch of Lead-Free Piezoelectric Ceramic Sensors
Supported by the Joint Research Institute, Audiowell globally launched its lead-free piezoelectric ceramic sensor in June 2024, achieving a major breakthrough in the batch replacement of traditional lead-containing ceramic materials. This technology not only aligns with global environmental trends but also provides an innovative solution for the sustainable development of the sensor industry. The successful development of the lead-free piezoelectric ceramic sensor marks a critical step for Audiowell in the high-end sensor field and lays the foundation for commercial application.
The global launch of the lead-free piezoelectric ceramic sensor received an official recommendation from the world's top exhibition "SENSOR+TEST".
Commercial Application: Rapid Transformation and Market Implementation
Leveraging the technological achievements transferred from the Joint Research Institute, Audiowell has introduced products with significant applications in the medical and food sectors. This demonstrates rapid transition from R&D to market and highlights the commercial potential of lead-free ceramic technology. Through this commercialization of results, Audiowell has not only enhanced its product competitiveness but also accelerated the industry's shift towards more environmentally friendly and efficient directions.
Audiowell products are well-received by international companies.
Talent Cultivation: University-Enterprise Synergy Empowering the Industry's Future
The Joint Research Institute serves not only as a platform for technological R&D but also as a cradle for talent development. Through this cooperation, students and researchers from the School of Physics at Lanzhou University deeply participate in project practice, gaining valuable industrial experience. Audiowell, in turn, enhances its team's innovation capability by leveraging the university's research strengths. This model of mutual empowerment supplies the sensor industry with high-quality professionals and strengthens the human resource foundation for the company's sustainable development.
Group photo of university and enterprise representatives.
In the future, Audiowell will continue to deepen its cooperation with Lanzhou University. Relying on the Joint Research Institute, it will accelerate the iteration and application expansion of lead-free sensor technology, while persistently promoting the integration of industry, academia, and research to contribute further to industry innovation and talent cultivation.
Focus on us