Seeing the "Hardcore" Future - When Scientific Instruments Become the Foundation and Beacon of Innovation
If the "miracles" of cutting-edge science are born in laboratories, then every breakthrough is inseparable from the silently dedicated scientific instruments. At the "Frontiers and Autonomy - Innovation in High-End Scientific Instrument Technology and Industry" special forum, a "storm" focusing on independent innovation in high-end instruments is quietly brewing. The "backstage heroes" of China's scientific instrument industry are gathering strength here, illuminating more possibilities for future industrial innovation.
For the industrial sector, scientific instruments may not appear as frequently as smartphones or cars, but they serve as the "foundation" for the upgrade of Chinese manufacturing. "The market for scientific instruments is not large, yet it supports the most core technologies. Without these equipment, many industries would remain stuck at the lower-end," Sun Zhenrong, President of the Shanghai Academy of Science and Technology said, "Our task is to fill the gaps in the industrial foundation and keep key technologies in our own hands." He believes that this model can unite scientific research, policy support, corporate vitality, and capital into a cohesive force." The growth of China's high-end scientific instruments relies on the dual drive of technological reserves and industrial upgrades. We hope to enable more innovative technologies to move from the laboratory to the market."
A Stage for Competition: Breakthrough Instrument Projects Ignite New Engines for Industry
In addition to platform building, the "heat" of industrial innovation is also reflected in the fierce competition of the "Scientific Instruments" Championship at the 2025 National Disruptive Technology Innovation Competition. It is reported that the championship attracted 188 projects, with 52 of the most groundbreaking and market-promising teams ultimately competing against each other. These projects covered all segments of the industry chain, including high-end machines, core components, AI software, and special reagents, spanning from medical diagnostics to precision manufacturing, and from mass spectrometry and spectroscopy to extreme ultraviolet, quantum, and micro-nano manufacturing. Domestically developed "hard technologies" were showcased one after another.
In this stage, a domestic X-ray photoelectron spectrometer (XPS) developed by a Suzhou-based instrument company won the first prize in the finals. This product not only achieved independent research of core components but also broke through technologies long monopolized by foreign countries, such as the "Hemispherical Energy Analyzer". Domestic scientific instruments are transitioning from 'develop from nothing' to 'disruptive innovation'.
Competing on the same stage was a Shanghai-based biotechnology company focused on the independent R&D of CyTOF. The team replaced fluorescent mark with metal mark, breaking through the technical barrier of detection channels and signal overlap. This system not only obtained the first domestic flow cytometry medical device registration certificate but also successfully entered the European market.
The list of award-winning projects includes both "hard technology" initiatives dedicated to breakthroughs in high-end components and "innovative approaches" focused on applications. Behind this lies the story of generations of Chinese scientific instrument entrepreneurs, who are slowly but surely "brewing" a new narrative for Chinese manufacturing through technology and patience. The advantages in policy, funding, talent, and market that Shanghai brings together are building a "full-chain" pathway for the industrialization and globalization of China's scientific instruments.
Source: "Shanghai Technology" Official Account
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