August 28‑29 — The 5th Personal Annual Speech of Liu Xiaochun and the 5th Climbing Academic Conference were successfully held in Changsha. Centered on the theme *From Dream to Solution: Fully Implement Intellectual Resources*, the event explored how to translate research insights from papers and laboratories into real‑world industrial applications, building the innovative dual‑wing model of “unleash talents via institutions, empower talents via ecosystem”, which has aroused extensive industry reflection. As a special partner of the conference, Shenzhen  sansi Testing Technology Co., Ltd. presented the C.EUT9202 Micro‑Supreme Electronic Universal Testing Machine, joining experts, professors and industrial practitioners to explore practical pathways for material innovation.

During the speech, Liu Xiaochun put forward two core questions: how to unlock dormant intellectual resources, and how to convert released research capabilities into tangible products and commercial value. He emphasized that in the AI‑for‑materials era, verifiable real‑world research data is more scarce than algorithms. Material testing, failure analysis and pilot‑scale validation lay solid groundwork for research innovation. Reliable testing hardware infrastructure is essential for research achievements to move from laboratories to industrial applications.

As a professional domestic manufacturer of mechanical testing instruments, Shenzhen sansi Testing focuses on material mechanical testing, integrating R&D, manufacturing, sales and services. The company is committed to bridging the data gap between scientific research and industry with domestic high‑precision testing equipment. The exhibited C.EUT9202 Micro‑Supreme Electronic Universal Testing Machine is tailored for micro‑scale material mechanical characterization. It supports tensile, compression, bending and shear tests on miniature specimens and acquires high‑precision stress‑strain data. Suited for new‑material development, failure analysis and micro‑scale mechanics research, it delivers credible raw test data for The Fact Materials journal database and material‑oriented AI model training, perfectly matching the data‑flywheel logic advocated at the conference.

Sansi Testing supplies stable testing instruments for research institutes and delivers complete material‑testing solutions for manufacturers. It supports cutting‑edge research by scientists and addresses real‑world R&D demands from industry. This aligns well with the conference’s dual‑wing model: testing hardware absorbs research outputs, while measured data feeds back into academic innovation, driving research outcomes from papers toward real‑world products.

Thriving individuals build functional ecosystems; sound ecosystems boost industries; robust industries fuel innovation. Going forward, Shenzhen sansi Testing will keep optimizing domestic mechanical testing instruments and deepen its footprint in material testing. Working with researchers and industrial partners, SANS will underpin material innovation with reliable hardware, help turn research visions into feasible industrial solutions, and contribute domestic instrument strength to China’s material science industry.