Recently, the First China “AI + New Materials” Conference was successfully held in Guangzhou, China. The event gathered nearly 4,000 academicians, experts and industry elites and featured 19 thematic sub-forums. More than ten academicians from the Chinese Academy of Sciences and Chinese Academy of Engineering delivered keynote speeches, marking a landmark event in China’s AI plus new materials sector.
Our company took an in-depth part throughout the whole event. We exhibited a full range of mechanical testing solutions covering standard and custom non-standard equipment. Thanks to our outstanding capabilities in custom R&D testing instruments, we received special coverage and interviews from Guangdong TV and Greater Bay Area TV. Our brand has integrated into the national innovation ecosystem, making the exhibition a complete success.
Focus on the AI Wave, Discuss Opportunities and Challenges
At the conference venue, representatives of Enpuda were given exclusive interviews by Guangdong TV and Greater Bay Area TV. Riding the national strategic wave of “AI Plus”, Enpuda drew on its profound industry experience to share insights and practical practices in testing machine and mechanical inspection amid the AI era.
Company representatives briefed the media on Enpuda’s development journey and core businesses. They elaborated on how AI technologies empower the transformation of traditional mechanical testing toward intelligence, higher precision and greater efficiency, as well as the opportunities and challenges confronting the enterprise in this new era.
Custom R&D Equipment for In-depth Empowerment
Unlike conventional testing machine manufacturers, our core competitive advantage lies in robust custom non-standard R&D development capabilities. While supplying standard testing equipment, we maintain close collaboration with frontline research teams. Together with universities, research institutes and high-end manufacturers, we identify complex testing challenges and co-develop dedicated testing equipment.
To date, Enpuda has delivered dozens of domestically leading custom non-standard testing systems that fill technical gaps in research, including creep-environment coupled long-term performance test systems, liquid metal environment coupled creep systems, biaxial loading in-situ test systems, vacuum high-temperature electronic universal testing systems and more.
1.Recreate Real Working Conditions
We reconstruct authentic service environments with multi-field coupling of force, heat, corrosion, electricity and other factors, supporting fundamental mechanism research in nuclear energy, aerospace and other industries.
2. Accelerate Engineering Transformation
We deliver a seamless testing chain covering material formulation to component verification, greatly shortening the cycle for new composite structures from laboratory research to engineering application.
3. Boost Independent and Controllable Technology
We co-develop high-end non-standard test equipment with universities and cultivate interdisciplinary talents to reduce reliance on imported instruments, supporting major national projects and the formulation of industrial standards.
4. Tackle Key Projects in Emerging Fields
Our key research areas cover high-speed pantograph-catenary systems, lead-cooled fast reactor structural materials and 3D printed lattice structures. The test methods, data processing procedures and failure criteria jointly developed by Enpuda and universities can be directly transformed into association standards, industrial standards and even national standards. Our technologies support major projects including material evaluation for high-speed pantograph-catenary systems and mesh assessment for deep-sea aquaculture facilities.
Our projects span multiple strategic sectors including nuclear energy, rail transit, aerospace, civil engineering, vehicle engineering and microelectronics. We systematically address common testing challenges such as multi-field coupling, extreme working conditions, long-term service performance and cross-scale correlation, delivering solid support for performance analysis and quality control of new materials and novel structures.
New materials constitute a strategic and technology-driven industry and occupy the high-end link of emerging industrial chains. The development of new materials is critical for China’s industries to seize global technological advantages and achieve independent, high-quality progress in high-tech research, major national projects and advanced manufacturing.
Taking this conference as an important opportunity, Enpuda has further integrated into the “AI + New Materials” innovation ecosystem. In the future, we will continue to empower technological upgrading with AI, contribute to the leapfrog development of the new materials industry, and support China’s scientific and technological self-reliance.
Post time: Jul-01-2026
