China Is Compressing the Distance From Lab to Factory

In southeastern Beijing, a company founded barely a year ago is building what it describes as the world’s first mass-production line for iron-based superconducting wire and tape. Guoke Superconductor expects the Yizhuang facility to reach annual capacity of about 100 kilometers when it is completed by the end of 2026, according to a Xinhua report carried by People’s Daily.

The scale of the bottleneck explains the urgency. Company chairman Zhang Xiaohu said a single fusion device can require 5,000 to 20,000 kilometers of superconducting tape and that total global production in 2025 was insufficient to supply even one such device. The challenge is therefore not simply discovering a material that works in a laboratory. It is learning how to manufacture enough of it for an industrial system.

Yizhuang is being organized around that second problem.

The 225-square-kilometer development zone accounts for only a small fraction of Beijing’s land but produces a large share of its industrial output. Its factories, laboratories, funds, testing platforms and regulators are being pushed into the same geographic and institutional space so research can move through proof of concept, engineering, certification and mass production without each stage being treated as a separate economy.

Industrial policy as a conversion system

The pattern appears across different technologies. Platinumlife Biotechnology replaced labor-intensive cell culture with automated closed production lines for amimestrocel, the first stem-cell drug approved in China. The company says the automated process reduced production costs to a fraction of a comparable U.S.-approved therapy. Xiaomi’s Yizhuang electric-vehicle factory, meanwhile, can produce a vehicle every 76 seconds at full capacity and uses more than 1,000 robots.

The zone has also established a pilot-scale verification platform for humanoid robots, giving companies, universities and research institutes somewhere to move prototypes toward repeatable production. That middle stage is crucial. Many technologies fail commercially not because the science is false, but because nobody builds the expensive bridge between a successful experiment and a reliable factory process.

China is putting public policy directly into that bridge. Yizhuang introduced nearly 70 supporting policies over the past five years and has allocated more than 10 billion yuan annually in industrial development funds, according to the same report. By 2030, the district aims to build eight industrial clusters each worth more than 100 billion yuan and lift total industrial output to 1 trillion yuan.

The national figures show that Yizhuang is not an isolated experiment. China’s research and development spending exceeded 3.92 trillion yuan in 2025, equal to 2.8 percent of GDP, according to the State Council Information Office. Officials say the next five-year period will put greater emphasis not only on basic research and core technologies but on the industrial application of research results.

That distinction matters. Research spending can produce papers, patents and prototypes without producing a new productive force. Industrial policy becomes visible when a discovery is matched with land, patient capital, suppliers, machine tools, engineers, standards, procurement and a market large enough to justify scale.

This is the same logic visible in China’s current infrastructure investment push: the state does not disappear after setting a broad target. It helps organize the physical and financial conditions under which the target can become production.

That does not mean every funded technology will succeed, nor that planning eliminates waste or commercial failure. It means China is treating technological development as a chain whose weak links can be deliberately strengthened rather than as a sequence the market will somehow coordinate on its own.

The most important part of the Yizhuang story is therefore not any single robot, drug or superconducting tape. It is the institutional machinery connecting them. China’s industrial advantage increasingly lies in compressing the distance between knowing how to make something and possessing the capacity to make it at scale.